MIME-Version: 1.0 Content-Type: multipart/related; boundary="----=_NextPart_01C6B257.F33CBA20" This document is a Web archive file. If you are seeing this message, this means your browser or editor doesn't support Web archive files. For more information on the Web archive format, go to http://officeupdate.microsoft.com/office/webarchive.htm ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1

This presentation contains content that your browser may not be able to = show properly. This presentation was optimized for more recent versions of Micro= soft Internet Explorer.

If you would like to proceed anyway, click here.

 ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/master06.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii"
Click to edit Master title style
Click to edit Master text styles
Second level
Third level
Fourth level
Fifth level
‹date/time›
‹foote= r›
‹#R= 50;
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/master06.xml Content-Transfer-Encoding: quoted-printable Content-Type: text/xml; charset="utf-8" ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/preview.wmf Content-Transfer-Encoding: base64 Content-Type: image/x-wmf AQAJAAADzCkAAAEAoScAAAAABAAAAAMBCAAFAAAACwIAAAAABQAAAAwCQQIBAwkCAAD3AAADAgEA AAAAgAAAAACAAACAgAAAAACAAIAAgAAAgIAAwMDAAMDcwACmyvAABAQEAAgICAAMDAwAERERABYW FgAcHBwAIiIiACkpKQBVVVUATU1NAEJCQgA5OTkA/3yAAP9QUADWAJMAzOz/AO/WxgDn59YAramQ ADMAAABmAAAAmQAAAMwAAAAAMwAAMzMAAGYzAACZMwAAzDMAAP8zAAAAZgAAM2YAAGZmAACZZgAA zGYAAP9mAAAAmQAAM5kAAGaZAACZmQAAzJkAAP+ZAAAAzAAAM8wAAGbMAACZzAAAzMwAAP/MAABm /wAAmf8AAMz/AAAAADMAMwAzAGYAMwCZADMAzAAzAP8AMwAAMzMAMzMzAGYzMwCZMzMAzDMzAP8z MwAAZjMAM2YzAGZmMwCZZjMAzGYzAP9mMwAAmTMAM5kzAGaZMwCZmTMAzJkzAP+ZMwAAzDMAM8wz AGbMMwCZzDMAzMwzAP/MMwAz/zMAZv8zAJn/MwDM/zMA//8zAAAAZgAzAGYAZgBmAJkAZgDMAGYA /wBmAAAzZgAzM2YAZjNmAJkzZgDMM2YA/zNmAABmZgAzZmYAZmZmAJlmZgDMZmYAAJlmADOZZgBm mWYAmZlmAMyZZgD/mWYAAMxmADPMZgCZzGYAzMxmAP/MZgAA/2YAM/9mAJn/ZgDM/2YA/wDMAMwA /wAAmZkAmTOZAJkAmQDMAJkAAACZADMzmQBmAJkAzDOZAP8AmQAAZpkAM2aZAGYzmQCZZpkAzGaZ AP8zmQAzmZkAZpmZAJmZmQDMmZkA/5mZAADMmQAzzJkAZsxmAJnMmQDMzJkA/8yZAAD/mQAz/5kA ZsyZAJn/mQDM/5kA//+ZAAAAzAAzAJkAZgDMAJkAzADMAMwAADOZADMzzABmM8wAmTPMAMwzzAD/ M8wAAGbMADNmzABmZpkAmWbMAMxmzAD/ZpkAAJnMADOZzABmmcwAmZnMAMyZzAD/mcwAAMzMADPM zABmzMwAmczMAMzMzAD/zMwAAP/MADP/zABm/5kAmf/MAMz/zAD//8wAMwDMAGYA/wCZAP8AADPM ADMz/wBmM/8AmTP/AMwz/wD/M/8AAGb/ADNm/wBmZswAmWb/AMxm/wD/ZswAAJn/ADOZ/wBmmf8A mZn/AMyZ/wD/mf8AAMz/ADPM/wBmzP8Amcz/AMzM/wD/zP8AM///AGb/zACZ//8AzP//AP9mZgBm /2YA//9mAGZm/wD/Zv8AZv//AKUAIQBfX18Ad3d3AIaGhgCWlpYAy8vLALKysgDX19cA3d3dAOPj 4wDq6uoA8fHxAPj4+AD/+/AAoKCkAICAgAD/AAAAAP8AAP//AAAAAP8A/wD/AP///wAAAAAAAABR GzAFEwAEAAAANAIAAAQAAAAHAQMAoScAAEELIADMAHgAoAAAAAAAQAIAAwAAAAAoAAAAoAAAAHgA AAABAAgAAAAAAABLAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAgAAAgAAAAICAAIAAAACAAIAAgIAA AMDAwADA3MAA8MqmAAQEBAAICAgADAwMABEREQAWFhYAHBwcACIiIgApKSkAVVVVAE1NTQBCQkIA OTk5AIB8/wBQUP8AkwDWAP/szADG1u8A1ufnAJCprQAAADMAAABmAAAAmQAAAMwAADMAAAAzMwAA M2YAADOZAAAzzAAAM/8AAGYAAABmMwAAZmYAAGaZAABmzAAAZv8AAJkAAACZMwAAmWYAAJmZAACZ zAAAmf8AAMwAAADMMwAAzGYAAMyZAADMzAAAzP8AAP9mAAD/mQAA/8wAMwAAADMAMwAzAGYAMwCZ ADMAzAAzAP8AMzMAADMzMwAzM2YAMzOZADMzzAAzM/8AM2YAADNmMwAzZmYAM2aZADNmzAAzZv8A M5kAADOZMwAzmWYAM5mZADOZzAAzmf8AM8wAADPMMwAzzGYAM8yZADPMzAAzzP8AM/8zADP/ZgAz /5kAM//MADP//wBmAAAAZgAzAGYAZgBmAJkAZgDMAGYA/wBmMwAAZjMzAGYzZgBmM5kAZjPMAGYz /wBmZgAAZmYzAGZmZgBmZpkAZmbMAGaZAABmmTMAZplmAGaZmQBmmcwAZpn/AGbMAABmzDMAZsyZ AGbMzABmzP8AZv8AAGb/MwBm/5kAZv/MAMwA/wD/AMwAmZkAAJkzmQCZAJkAmQDMAJkAAACZMzMA mQBmAJkzzACZAP8AmWYAAJlmMwCZM2YAmWaZAJlmzACZM/8AmZkzAJmZZgCZmZkAmZnMAJmZ/wCZ zAAAmcwzAGbMZgCZzJkAmczMAJnM/wCZ/wAAmf8zAJnMZgCZ/5kAmf/MAJn//wDMAAAAmQAzAMwA ZgDMAJkAzADMAJkzAADMMzMAzDNmAMwzmQDMM8wAzDP/AMxmAADMZjMAmWZmAMxmmQDMZswAmWb/ AMyZAADMmTMAzJlmAMyZmQDMmcwAzJn/AMzMAADMzDMAzMxmAMzMmQDMzMwAzMz/AMz/AADM/zMA mf9mAMz/mQDM/8wAzP//AMwAMwD/AGYA/wCZAMwzAAD/MzMA/zNmAP8zmQD/M8wA/zP/AP9mAAD/ ZjMAzGZmAP9mmQD/ZswAzGb/AP+ZAAD/mTMA/5lmAP+ZmQD/mcwA/5n/AP/MAAD/zDMA/8xmAP/M mQD/zMwA/8z/AP//MwDM/2YA//+ZAP//zABmZv8AZv9mAGb//wD/ZmYA/2b/AP//ZgAhAKUAX19f AHd3dwCGhoYAlpaWAMvLywCysrIA19fXAN3d3QDj4+MA6urqAPHx8QD4+PgA8Pv/AKSgoACAgIAA AAD/AAD/AAAA//8A/wAAAP8A/wD//wAA////AKeix4anhoanhoaGp4aGx4anhqeGp6eGhqeGp6eG hqiLjKeni4aGjKeGhqiGroatjIaGp4ani4atqIaGjKeGhoanhqeGp6eGp4aLp4anp4anp4unhoan hq6nhoanp6eGp4aGp4aGhqeGhq2Mp6enhqenjIanhqenrYaoi4ynp4uGhoynhoaohq6GrYyGqKeG qIuGraiLrqitjKeMrYyti6iGooaihqeGhqenp4uMp4aGp4aGp4aGp4anhoaGqIanhqeMp4anp6eG rYynhqeGp62nhqiLp4ynhoanp6eGp6inhoanjIaGp4anhqeGhqeGhoanhqeGp6eGp4anhoaGhoan hoanp6eGhqeGhqeGjKeLi6eGp4uGhqiGp4anjKiMp6eGhq2MrYanhqetp4uoi62op4uop62oi62o raiGqIytrq2np4aGp4aGhobEhqenjKenhqeGhqeLp4anp66troani4atqK6ohqeoi4aop4yGqIat hqeLqIaGrYaGp4aGhounhoanhqeGhqeGp4ani6eGp4anhoaGp4aGp4aGp6enhqeGhoaGp4anp4yn p4anjIani6eGp6eGp4aGp4uGp4aLp4anp4uGqKeMhqiGrYyni6iGhq2MhqeMrYyLrYutp6bEhoaG oobHhqeGp4aGhqeGjKeLp4anjIanrqeMp6eGjIanjIanhoyLp4z///////////////////////// ///e/////////////97////////////////i////////////4v///////////////////////4an hoanhoynp4aGp4aMi6eMp4aGrYythqeMp66nraiGp62ni6itqKeoqM+Gp4anp6eGhqeGhqeGhqeG p4anhqeGhqenrYaGp4yGp6enhqenjKetjIun/+K9w97///////////////////////////////// //////////////////////////////////////////////////////////+GhqeGhqenp4anp4yn p4yGp4athoanrYaMrYaoi6ithq2GqKiGqIuurYyGp4anhoaGp4bEhoanhqeGp4aohoanjKeGhoaG p4anqIaGi4ani6eup6eni968vLy9w//////////////////////////////////////i///////D ////3v//////////////3v//////////////////////hqeGp6eGhoaGp4unhqeop4unp6etjIyn p6eoi6eLjK2oi4atrq2orc+orYaGhqeGp4anhqeorqeGp4aGp4atp4atjK2op6iLhqeup6injIuo houLqKf/vZm8vMLevb3/w//e//////////////////////////////////////////////////// ////////////////////////////3qenhobHhqeGp4aGqIaGhoanhoyGraitp66GrYanqK2nrq2o qIyMraiup4yoqKiGp4anhoanhoaGraetjK6ohoanhqeGhoaGhqiGhqeni6enhqeoi6eu/+K93sPd w7a9////////////4v///////////////////8P///////////////////////////////////// ///D//////////+Gp4aohoanra6tqIunqIunhqetjKeup66ni6iti6eLhqeorq2up4uMi6eGpoan houMra2oi6itp6eMhqethqiLp4aMp62Gp4athq2uhq6GrYytjKenjP/////dw729vf////////// ///////////////////////////////////////////////////////////////////////////i hqeGp4aGhoaGhouGp4anhoaGqK2Gp4uGp4ynhqeMp4yGhqiGqKinqK3PrqeMqKitqKiLp66nhoaG p62GjK2thqeoi6eMp66njKeohqinqKeMp4uMhq3/////3rzemr3///////////////////////// 4v/////////////////i////w////////////////////+L//////////////6eup4ynp4anp6in hqeGhoatp4unrqeGqIuGp66ni6enp66nhqeLrqeGp4aMp4bHhqeLjK2orqini6iGp4anjKiLqIyn p4unp4uGp4uorYaLp6itp62o/////928vbe9////////////w///////////////////////3v// ////////////3v//4v////////////////////////////+GhqemhoaGp4aGhqeGp6enhoynhqen hoaop6eMraiLroytqK6np6eMhq6LqK6orqeGraeMhqetqK2orYynhq2Gp4atrouorq6njKitroao p6jProyuhv/////evf+avf///////////////////////97///////////////////////////// ////////////////////////////////p4aGp4bEpoaGp4anhoyGroani6eGp4aGhoyLp4yGp4an i6enroaorainqIanhq2tjKetrq2Mp4anqIanqIytqKitqKini62ohq2up6itp66ni6etp6f///// 4sL/t73/////////3v//////////w/////////////////////////////////////////////// /////////////////4amxIatjIanpqeGx4anhqenhqeGhq2Gp6eLqK2ni6itqKiMhqinooatjIuu ra6ohq2Ghqenhq2GjIuGraitrqitjIunrqiorainqIunjKeMjIatqKeu/////8Pe/7eU//////// ////////////////////////////////////////////////////////////3v////////////// ///EhoanhqeGp4anhoaGhqKnhqeGp4yGp4aGhqeGqIuMi4uGra6ni6eohq2Mhoamp4anp4uLqKit i6inqIaMhqetrqitqIuni4yLp4uMqK6Gra2ojKeLjP/////dvP+9lP////////////////////// ///////////////////////////////////////////////////////////e////poaGhsSGhqeG hqenp4anhoaihoanp4aGp4anjKeop6eGp6iop4yura6nhq2orqiMjIaohqeGrqitrqitp6eMp4an rqenjKitrYytqIunqKiLrq2uqK3////Dwt7/t5r///////////////////////////////////// /////////////////////////////////////////////////4anx4aGx6KmhsSGhoaGhqeGp6en hoaoi6euhqeLhoatqIaGhqeGp6eGi6eGhouora2oi6eup6eGqKeohq6ti62up4unrqeLp4aGp4ao i4aGp6inqKet/////97i/72U////////////////////////////////3v/D////////////w/// ///////////i////////////////////4v+GhsSGhqeGp4uGhqeip6eGp4aGhqeix4aGp6eMp6iL p4unqKeMp4auqK6ojKeGqK6orqiLqIaLhoyGrYaoqIytqKinhoynhoyLqK2urYyora6ti66Mp/// //+9vP+at////+L/////////////////4v//////////////////3v//4v////////////////// /8P//////////////8P/x4aGhqeGhqeGp6eGpoaGhsSGx4anhoanhqeMhq2nrqeGp4yLp66np4yt hq2ojKeLp4anp4uLz62tqKiup4uop6eLhqitqKenp4anjKetrqitjKitp4v/////3b3evZT////D /////////////////////8P/////////4v////////////////////////////////////////// /////8SGxIaGp4aGp4aip4anhseGhoani6eMp4anqKeGhqKGqK2nhqeGi6iGp4yGp66orq2oqK7P rqiuqK2uraitjIuMp6itjK6tjKiGhq2ujKeLjKeGqK2o/////73i/72U//////////////////// //////////////////////////////////////////////////////////////////+GpoanhqKm hobHhobHhsSGp4anhoaGp4bHhq2Gp62nhobHhqetjKfHhouni6fPraiura6ora2ohoytqKeuqIut p4yLjK2GqK2Lraini6enhqetrqeLjP/////dvf+alP////////////////////////////////// ///////////////////////e////////////////////////////oqemhqeGp4bEhoanhoanhoan hqeGp4anhqeGhoaGhoanhoatjKeuz4unhoytrq6ni6inrqitrq2op4unhq2oqKiLraiuraiGqIyL p4uorqinjIaohq3/////w7z/vZT///////////////////////////////////////////////// /////////////////////////////////////4anhqKGhoaGhoaip4amhoatp4aGp4aGp4aLp6it oqenp6eGqIanhqeni6etrqitqK6orq2ujKeora6uqK6orq2up4yGrYytrqetp6iGp62trq2ni6eM /////929/72U////////////4sP/////3v//////////////////////w////////////////8P/ //////////////////////+GhoanhsfEhseGx4bHxIbEoobHp4bHhqanhoaGhouGi6eGp8eGp6eG jKeMqK6tz66tra2Mp6etroaoqKeLp66tqK6tqK6nqIuoqIaLp66oi4aoi4ytp//ewsPdvf+9lP// /////////////////////////////////////////////////////////////////////////+L/ ////////hsSGp6KGpoaGooaGooaGhqeGoqaGp6KnhqenqIanhqemooaGp4uGp62Gp62LqM+up6iu qK2ujKitp66up66oqK6tp66tjK2Gi4unqKiLp6itrqithoz/3Zm8wrz/mpr///////////////// ///////////////////////////////////iw////////////////97D/////////////4amhqaG p6LEhqeGx4anhoaGhqeGp4uthoaGhqeGrYaGp6eMp4atp4aMp6eorq2oraiurYuoqK2orq6tz6it rq6tqK6tjKeuraiurYaGp66Gp4athqenw967vd29/72U///////e///////////////i////w/// /////////////////////////////+L////////////////////////EhqfEhqaGhqeGhqKGx4bE p4anhobHhsenp6eGhqeGp4anhqeGp4yGp4aGjKeMi66tz8/Prq2urq2oraiuraitqK2nhq2njKeL p4ynrqinrqeujKiGi///3uLewv+9lMP///////////////////////////////////////////// ///e////////////////////////////////////poaGpqeGxIaip4anhoaGhqaihqeGxIaGpqKG p4anhqeGhq2Gp4aGp6KGp6itrq3PqK2uqIuoraeGra6up6eoraiurYyorqeuqK2trqeLhq2GrYat p4z/////w73/vbe9/////////////////8P///////////////////////////////////////// /////////////////////////4anhqKGhoanhoamhqeGx6eGp4aGhoyGp4anhoaihoanhqfHhqen hqeGrYa0z6itrq6tz8+orq2uqK6oqK2urqeujK2tqIunrq2uqKeMp66ojK2uqK6t/////928/72a 3v////////////////////////////////////////////////////////////////////////// //////////+Gx4bHhqemhqeGp6KnhoaGpoaGx6KnpoaGpqethq2GxIuMi6eGhoaGp4aGr8+uqKit qK3Pz8/Pz8+trYytqKeuraeojK2ojK2orqeuraiLraeoi6eLqP/////en728lJrCw+LDwuLC3cLd 3d3c3dfd3d3d3d3d3dfd193d193d3d3d3d3d3Nfd3dfd3dfc3d3d3d3c3dzd3d3d3dzd3v//ooan ooanhqfEhqeGp4anhsSnhoaGp4aip4aGhoanhobHhqeGhqeGx4anhq7Prq3Pz66vz66tqK6uqK6G rqiuqKitroauraiLqK2Mp66up4auhqiGqIb/////4sLiw5q34uLewte7vNy83Lzd3d7i3d3i3d3i 3d3dvN3d3d3d3t3d4t3d3d3i3eLd3d3d3d3d3d3/3d3/3d3e3d3e4v///4anhoanhoaGhoaGhoaG hoaGpoanqIaGp4aGxKanoobEhoaGhseGhqeMraetraiorqitz6iura6tqKetz620r7SuqK2oqK2M ra6LqK2njK2ora2nrqeo/////729/968mv/e3d3d3d3i3t3/////////3v//3uL///////////// ///////////e////4v/e/+L////////i//////////+GhseGhqKnpoanp4bHp4bHp4bEpoaGooan poaGhobHhoanx4aihqeLhqeGqM+urc/Pz66tqK6ora6Mra6orq2urajPkbSoi6eorYyuqK2Mi4uu hqeLp//////dwv//t7fi3eLd//////////////////////////////////////////////////// ///D////////w///////////////ooanoseGhsSGhoaGhoaGhqKGhqeGp6eGhqenhqeGp4anooyn hqeGp6eGhoytz8/Pz62uraitrs+trqjPra6ors+trs+trq2urqetrqeup6ioqKenjKf/////vbz/ /72U3eL////////////////i////////////////////////////3v////////////////////// /////////////4bHhoaGx4aGhseip4bHp4bHp6eGpqKGp6eGjKeGhqKGx6eGp4bHhoaGpqfPrq7P rq2oqK2uz8+uqM+trq6tqK2orqiti6iop62ojK2ora6GrYaLqK6L/////+K8//+3k97///////// /////////////////////////////////////////8P//////////////////////////8P/4v+n ooanp4anoqeGhqeGhqKGhoaGp4anhoaGp6aGhqenhoaGhqeuhoanhqeGz8+ora2ur7S1z8+uqK6u qKjPqM+urqetrs+ura6urq2ura6nqK6uqIanqP/////Dwv//trH///////////////////////// w//////////////////////////////i////////////////////////////hqeGhoamhqeGhqeG hqeGx4anhoanhqenhoanp4anhoanp8eGp6eGhqeGhrSvr8/PqK3Pr8/Pz8+tp6jPtI3Pr8+uqM+t raioraiuqKiui63PrYathov/////3rz/3ZOU////4v///////////////////////97i//////// 4v///////////////////////////////////97//////6aihqenhqeGhoaGp6aGp4aGp8eGpqeG hsSGhoaGhseGhoyLhoaGp4anhqevtM+uz67Pz67Pz8+uqM+0rs+trs/Pz8/Prq6trqitjK2traio i6iLjKin/////8PC4t23lN7////////e////////////////////////////w/////////////// //////////////////////////////+Gp4anhoanhsfEhobEhoanxIaGhqeGpobHp4anp4anhqeG xKenrYanhoaLz6jPz7TPrajPqK60tc/PqK2tz8/PtY2trqjPqM+ura6ojIyura6tqK2Grf/////d 3t3XvZT////////////D//////////////////////////////////////////////////////// ////////////////hsSGhqaGxIaGhseGhqenpoaGp8SGhsSGqIaGp4aGhqeGp4aGhqenhqeGqI20 rs+urs/Prs/Pr8+vtLWvtM+urajPqK6tra6nqKiuraetraiuz62GqK7/////wrzd3cOU3v////// /////+L/////////////////////////3v//////////////////////////3v////////////// /6eGhqenhoanrYbEhqemhqKGp4aGhounhoanhsSGp6eGp4aGp4aGhoaGp4bPz7XPz9C1r8/Pra3P rs/PrajPqK7Pz6jPrqitrq2LqK2urqiorYuMrq2t/////9683N7elMP///////////////////// ////////////////////////////////////////////4v////////////////+Gp4aGhqemhoaG hqeGhoanx4aGp6eGhqeGp4aGhqeGhoathqenhqenhqeGz7S1tK/Pz8+1z5Gvz8/Pz67Pz8/Pz62u z62vz8+vtKiuqK2tjIaoqK2MqMP////iu9f/w7e9///////////////////////////////D//// ///////////////////////////D///////////////i////hsSGxIanhsSnp4aGp6enhoaGp4aG p4anhoanp4anhqeGp4aGhoaGp4aGhrW1r7TPtbW0r7TPrs+11rW0r67Pka/Pz66ors/PtM/Pz62o rqjPrYuurafi3sK93bbd//+at//////////////////////////////////////////////i//// /////////////////////////////////4anhqeGp4aGhoaip4aGhoanp4bHhqeGpoaGhoaGoqeG hoaGp4anhqeGp6fWtdW0tc+vz66vz8+0r8/Pz7TPtM/Prc/Pz63Prc+urqiura6ti66oqK7Pw7y7 mbW13f//t5T/////////////////3v///////////////+L///////////////////////////// //////////////////+nhqeGhoanhqeGp4aGp6eGhoaGp4aGp4anp6eGp8eGp4anp4aGp4aLp4aG z6+vta+1tbS1z7W0tbWvz6/Pz6/Prqiurc+ur66oqM/PrqitqK7Pz6etqP/DvMK23N7/w723//// //////////////////////////////////////////////////////////////////////////// ////hoaGp6eGp4anhqeGp4aGp4anhoaGhseGhoaLp4aGhoanhoanhoanhqeGhq+13Na1z7TPtc+v tc/Prs+1r8+Rz8/Pz7WvtK2uz8+uz62Mra6orc+troz//97evd3///+3lN7///////////////// ///////////////////////////////D////////3v///////////////////////62nhoanhoan hqaGp6eGp4aMp4bEp4anhqeGp4aip4anhoynjKenp4uLp621trS1tc+Nr7W1tbTPz6+0jc/Pz8/P z7SvtM+uz6jPz8+uz6ioz66ors/P/////8Pi////vZT/////////////////w///////////3v// ////////////////////////////4v///////8P///////////+GhqeGhqeGjKenp4aLhoynhqeG hoaGp4aGhqaGp4anhqenhqeGhoanp4aM3Na1r8+vtbW1tbSvz7XWta/PtLS2tM+uz67Pz7Wuz8/P z6/Prs+orYutqP/////e3f///8O3w///w//////////////////////////////////e//////// ////////////////////////////////////p6eGhqeGp4aGhoanp6eGp4anhqenhqeGxKenp4aG hoaGhoaGp4anhoanhry2tbW1u7W10M+vtbS13LW0r7XPr7TPz8+0z67Pz8/Pjc/Prs/Pz66oz67/ ////vML///+9mr3////////////////////////i//////////////////////////////////// /////////97//////////4aGp6eMp4aGp4anhoaGp4aGhoaGhoaGhoaGhoaGp6enp4anhoatjKeM p4a81rWvtda1tbW0u9bXtbSvtNa01rSvz7Svtc+vz8+uz8+tqM+oz8+tqM/P/////+Le////3r23 ///i///e///////////////////////////////D////////////////////////////////4v// ////3v+np6eGhqeGp4anp4anp4aGp6eGp4anp8enhqeGp4aLp4ytp4anhoanhoaotbW0tbW11rXW ta+1tby1r7W7trW1z7TPtM+StM/Pz6/Pr8/PtK6ohs/Prv/////Cvf////+alP////////////// ///////////////////////////////////e////////////////////////////////hoaGp4an hqeGhqeGhoanhoaohoanhoaGhoanhoanhounpoanjKetjIanhra1tdC1tda7r6+03Ne11rW11rXW r7Wvz7XQz6+vtK+0tc/Prs/Pz66orqj/////wrz/////t5T///////////////////////////// /////////////////////////////////////////////////////4anhqeGrYaGp4anhqeGp4aG pqeGp4anhqeGhqeGp4anhqeGi4anhqeGqIvW3by8u7bWtty1r7W1ta+1r7S1tK+0z7S1z7W0tLSu z6/PtM/Pz8/Pz8/P/////97D/8P//72Uw///////////////////////////////4v////////// ///////D/+L///////////////////////////+up4anhqeMp4ani6eGp6aGp6eGp4unhqeGp4un hoanhoynhqeni4aorYanvNfdtta7trzcu9e11rW1tNy1tbXVtc+vtbXPr6+vz6+0r7Wvz67Pz8+u z//e4v+93f////+9vbf///////////////////////////////////////////////////////// ////////////////////////hoaGqIaGhqeGjKeLp4anhoaGp8eGoseGhqenhqenhounhoyni6eG p4ani7u1trvd19a83by7trW71rW1tbS1tbW0r7SvtLS0tM+0tc+0z67Pz8+vz67/////4sP///// 3pqU////////////////////////////////////3v/////i//////////////////////////// w////////6eGrYunp4ani6eGqIaMqIaGp4aGhqeGp6emhqeLjKeni6ithqeGp4aLjK3d3bzdvLy8 3La7tta1tde7tbW1r9a1tbXPks/Pr8+1r67Pta/Pz8/Pz8/P/////+Le//////+9lP////////// w//i/////////////////////////////////////////////8P////e//////////////+Gp4aG hoaGp4ynhoanoounp6eGp6eGp4aGp4anp6eGjIanrYythq6Mp6eG3bu83da219281te7vNa7tde1 tbW1tdC0r7S1tbSvtM+0tc/Pkc+0rs/Prv/D///Dwv//////vZre4v////////////////////// /8P//////////////////////////97/////4v//////////////////p4anjKenrYunhq6np4an hoaGhoaGhoanp4anhoaGp62nhqinjK2np66Grbze3by83bzdvN28tta2vNa7tdfctbW1tbW0z7Wv tM+vz6+utM/Pr6/Pz8//////3sL//////969mt7//////////////97///////////////////// /////////////////////////////////////////4aGp4unhoaohq2ohoaup8eGp6eGp6inhoan hqenrYaGqIati6eMrqeGqIvcvN3d3d273N2819y83LvWtru8tda1tbW1ta+1tK+1tM+0r8+vtM/P z8/P/////8O8////////t5T/////////////////////////3v//////4v////////////////// /////////////////+L///////+nhqeGjIani6iGjK2nhoauhqeGp4uMhqeGqK2Ghqiup66nhoyn i6eoi6en/93D3f/C3by83Lzdtta1vNa117W1ta/VtbSvta+0z6+0r6+0z6+Rr7TPrv/////evP// /////723/////////////////////////////////////////8P///////////////////////// ////////////p66oraeorYaGraeMi6eup4yLp4unp4anp6eGhqeLp62MraeLraiGp4aup7zd4t3X 3Lzd3d3d17y8u7u1tbu1tda1tbWv1bW0r7WvtK+0r7XPz8/Pz8//////w73////////et5T///// ////////////////////////////////3v///////////////////////////////////////6eG hqeLjK2MrYaup4anp4ani6eMp4uGjIaLqKetp4yMp4yohqeGi6iLp6f/3d694t3i3by73Lzc3dfX u9e11ry2tbS1ta+0r7WvtLWvtM+1z8+1z8/P///D3bzd/////////72aw/////////////////// ///i///////D//////////////////////////////////////////////+nhqiGqK2GqIani6en roatjKenhqeGp62op4aGjIaGrYuni6iup62GqIuG3uLC3ry93r3dvN28tt28tru819a11ta11rS1 tbS1tK/Pz7XPtbSvz67Pz//ivLbCvf/////////et73////D//////////////////////////// ///////////i/////////////////////////97/////jIuni62Mp62up4yuqKeGjKeup66GroyG hq6ni6itqKitqIunhqeohq2op+K93uK83d3i3d3d3bzcu9fXtbu8tba1tbW10LWvta+0ta+1z7TP rrSvz8///+K94rz//////////72avf////////////////////////////////////////////// ///////////D/////////////////6eGp4yora6Gi6etp4atqKeLhqinqKenrYanhqiGp66GroyG qK2Mi4aohovd/+Le4t7dvd28vN3XvNe7vLzXtda7tda1tbS1tLWvtK+0r7Svtc+vtM+v////w8O9 ////////3v/evbf////////////////////////////////////////////////////i//////// //////////////+njK2LqIuop6itjK6njK2GqK2Gp4aLqIaorYytp6eLp62nrYyLraitra6n4t7i 3rziw93d3d3CvNy2vNbWtty2tde7tbW1tda1tLW1tK+1z6/Pta/Pz/////+9vP///8P/////4sOU vf//////////////w///////////3v/////////////////D//////////////////////////// p66op62ohq2nrqeop66oi66njKiGjK2Gi6eMp66LqKeuqIytp6eurqeoi97iveLi3t3i3rzd3d3d vNe8vLW2tde1tda11rW1tbXWtbW1tLS1tLTPz8//////4rz/////////////vb3e//////////// ///e/////////////////////////////////////////////////////////6iLjK6LqIuMi6et rqeLp62nhqeLp62GqKeuqIuohqiup4utqK6oraitqKf/3uLe3d3evOK83by8vNzX3Lbc17u2tba1 tbW1tK+1ta+0r7Wvta+vta+1////w97C///////e/93c3de2k7bd3d3d3d3d3N3d3d3d3d3d3f/d 3eLe4v/e/97i/97/3uLi3v/i/+L/3v/i3uLe4t7/3uL///+Lp62njKenhqiup4aoqIuorqeuhoao i62Mp6eup66tp66ojK6nrqeup66uw73i/8Lewt3d3bzc3d28trzcvLbW1rvctbW11rW1tbW1tdXP tbS0tbW0z//////CvMPiwt273N273bu7u7a2u9283Lzcwrzdu9y8u9y8u927u9zc3de83d3d3N3d 3d3d3d3d3dfd3N3d3dfd3d3d3N3d4v//rqiuqK6troutp66ti66GrYanraioi6eMp4uorq2ohqiL p62oqK2oi6eop97i3t3e3d3i3rzdvN283dy8tta7vLa2tda7tbW1tLW11q+1tbS1r8+0r8/////i vLzC4ry83cLd4sP/w//DvZOa/+LD4sPi4v/D3sLi3uLC/8Lew93i3t3e4t3e4t7d3d3d4t7i3v/d /93i3d7d4sPe3t7//62Mra2njKeojK6nhqinraiMroynrYaoi62MjK2uqK2MqIuorouti6itrq3i /8Pd4sPevLzd3bzcvNfXvNy117XctbW2tda1tbXWtbS1tbS10LXPtbTP/////+Ld/97d4t7///// ///////empTe/////////////8P///////////////////////////////////////////////// //+oraiura6tjK2ni6iLp66Lp62nrqitqK6ohq2ohq2ura2orYuoqK6GqK6n/+Le4t7d3eLd3rzd vN28u922vLu8tde71rW11rW1ta+1tbWvr7S0ta+vz//////DvN3i3v///////////////729lLfe ////////////////////////////////////////////////////////////////qKeuhqinrq2u qKiLra6nqIaup4aoi4ani6itjK2uqKeujK2ora6tra6nqOLe4t7dw7ze4t3C3bzd3by2vNbXu9e7 trXctbW11bXWta/WtbS1r8+0tc//////3rvd///D////////////////w72ampS8w/////////// /////////////////////////////////////////////////66trq2MrYaop66tjKinra6LqK6t i6itqK6nrq6orYatrqitrouop66oi4ve/+LD4t7ivN293d28u9fd3Ne7vNa1tda1tbXWtbW1tda1 tLW1tdW1z8+1/////922/////////////////////////729lJSUvd7////////////i///e//// //////////////////////////////////+tqKitqK6ora2up4utroynrqeGqIatjIuoraenp6iu qKiLqK6trqeoraiu/+Le3t283uLd3d283d28vLy8tty2vNa8tda1vNa1tbW1ta+1r6+vtK+vtP// ///ewv//////4t7i3d283N3d3eL/3eLe/8O9mrealJS3vd7////D///////////i//////////// ////////////////////i66oi6itp66orqeojK2oqK2MraiuqK2GraiLrq2orYatjK2nqIytrq6t qMPe/+LD4t7dvcLdvN283dfd3Ne719y1trW71rW1tbXWtbXQtLW0r8+RtM//////wrzDwsLc3N28 3bzdvN28u7u8u93c3dzd3d3d1rC1trCUlJSxsLW219zX3Ny8193c3dzX3N3d3Lzd3dzX3dzX3Nfc 3d3//6itra6LqK6Mp62ura6ni66LqK6Lp62ojKeLp6eujKiuqK6nrq2uqM+ora7d/+Le3t3C3bzd 3d2817zctry2trXWttbXtbW2tda1tbW0tbWvtK+0r8+v/////8O84tzdvN283cLi4sLiw93i3cLC 3d7i3d7d3d3e3d3dvLe9vLaTsbaOjpOOjpO2tte8vN3d3d3i3d3d4t3d3t3d3d7i3v+tqK6orait ra6uqK2orqitqK2njKiuhq2tqK6oi6itraiLra6oraitrs+u3uLew+Le3cPd4rzdvN28vNe73Ny8 u7u7tdy11rW1ta+1r6+0r7W1z7XPtf/////dtby83cL/wuLC/8P/4sLCw8L/wsLCw8Piwv/C4sLD w8Liw7y9vLyZmreZmZSZlHmTlJN1k5mUlJS9lJS3vb29vcLDw///jK2Mp66njKioraiLrqeup66M rqetp6eMrqetqK2tjKiuqK2ora6uqK3PqP/D3uLewrze3rzd3d273bvcvNe119bX1ra1trW1tbW1 1bS11bWvz7XPtK///+K9w7vdwsLCwsLCwsLCwsLCwsLCwsLCwsLBwsLCwsLCwsLCwsLCwsLCn8LC n8LCn5mZmZmZk5mZvJqTmZSZmZSUk5OTk7z//66ora6trq2trq2uqKeuqK2oraitjK6tqKiuqK6M qK6tz66urqitz67Prs/e3uK94t7i3eLdvN283de817y7vLa7u7Xctda1tda1tbWvtbW0tK+0r8+S ///D3byYnsGewcGfnp6ensKewp6fwZ6en8GfwZ7Cnp+fwZ+ewZ6fnp/BnsGfnsGen8LBnp7Bnp6e wZ/Bn56Yn5h4nn2ZeHi8//+oi6iorqeop66ora2ora6urq2orqinrq6tjK2tqK2LqKeoraitrs+t qM+t4uL/3uLevd293d28vN28vNy719zc17u2tda1tbu1tbW11bWvr7XPtK+0r///vLyZmLyZu7yZ n7u8n5nBvJmevJmevJ+8wZnBu567n8G8n5nBn7vBvLzBvJ68n8G7n7yfmZ+8n7vBmZ/Bn5m7wby7 u7zBvP//ra6tra2urq2up6iuqK2oraiMra6trq2ojK2oz66tqK6uraiuraiuz8+uqN7D3t3i3d3C 3bzd3d223bvXvNe8tru11ry1trXWtda1r7S1tLWvtK+vtLXi/97ivLy84sK8vLy8w93Cvb3i3sO8 3r28vMLevMPevL3ivd29vLy9wt3Cvby8vN29wt684t28w93DvN3ivbzCvby8w728vLz//6iuqK6o raitrq3Prq2uz62uraioraiora2ura6tqK6traiuraiuraiuz8/i3uL/veLd4t3dwt283bzdvLzc vNa817vWtdy1tbW1tda1r7WvtK+1tK/P/////8PCw97//97C3f/////ivP/e///dvLz/////w7y9 w//i4r28vP///+LC3cL////imbz/3v/evJnd///D3ry83f/ew7y73f/Pz8+uqK7Pz6iuqM+orq2o qM+uz66urq6oz66oz6jPqM/Pz8/PqM+urc+u3v/e4t3ivb3ivN683bzdvN3ctry717vXvNa2vNa1 tbW1r9W0tbSvtK+1tf/////d3f/////iw73i////vQfi////w7bC/////727vP///96ZB8L////D vLzi////vLsH4v//4pm8vP///8K2u73//968k7z/z8/Pz8/Pz8+tz67Pz8+uz67Pz8/Pz6itrq3P z66ura6ors+uz67Pz8+vtOLe4t7d3uLd3bzd3d283bzXvN3c17u23LW81ru21rXWtbW1ta+10LWv tK//////4r3/////4t7i/////+Le///////i3v//////vMP////e4uLD/////+LDw////+K93f// /97D4v/////ivcLe////veK9/8+Rr8+ur8+uz8/Pr8+ur8/Pz8+uz8+uz8+uz8/Pz8/Pz8/Pz8/P jc+0z8+83bzdvN283d2817y83N28vNy8vLy23Lbc17XXu7XctbXWtda1tbS11rW1//////////// ////////////w///////////////////////////3v////////////////////////////////// ///////e///Pr7TPtK+0z6/PtM+0z7TPtM+0z6+1z7Svz7SvtM+vrq+0r66vz7S0z6+03d3e3d3d vN283d283ba83d283Nfdu928vLy23La8trvXtby1tba1tba11v////////////////////////// /////97////////////////e4v///////8P//+L/////////w///////////////////////tda1 tbW1ta+1tLS1tbWvtdavtK+0r7S1r7W0r7S1tLTPr7S0tLWvtbSvtd3ivN3C3d283b3d4rzd3d28 3d283bzdvN3dvLzc3dfcvNzWu9fW3Ly13Lv//////////97/w/////////////////////////// ////////4sP//////////////////////////////////////////8P//7W1tda11rXWtbXWtda1 tbW1tda1tbXWtbWvtbXWta+1tbS1r9a0tbW1u7bdvN3d3bzd3dy8vLzXu9e83Ly817y83LvXu9zX try2u7a1trW8tbbWtba1///////////////////////////////////////////////////e///i /////////////////////////////////////+L///+1r7W1tbW1ta+1tbWv1q+1ta+1tdC1r7Wv 0LS1tbS1r6+vtM+1tLS1r7XW3LbdvNy2vNe83Ny73Ly117vX3LXc17y2u9e11rW11rW1tbXWtLWv tbXWr//////////i//////////////////////////////////////////////////////////// ////////////////////////////r8+0tK+0r8+1z7S0r7S1z6+0tbSvz7Svz7TPr7S0r7S0r8/P z6+vz7W0tLy83Ly23Ny73LbXvNe23Lu2tby1tru11rW1tbvXu9a11rW1ta/WtLWvtLX///////// ///////////////////////////////iw/////////////////////////////////////////// /////////////6+0r7TPz8+0r8+vz7TPr8+Rz8/Prs/PtM/Pz67Pz67Pz8+uz8/Prs/Pr8/c19y8 17zd17y8vNa1vNy21tzXvNfctrvWtta1tbW1tbW0z7S1ta+vtbWvtLWvtK+uz8/Pr7TPtK+Rz6+0 z8+vtK+0ta+0r7TPtc+vtM+Sz8+0z8+utM+1r7TPz8/PtM+vz6+vtLTPz7W0r8/Pz7SvtK+1z6+0 r8/Pr5HPz8/Pz66vz8/Pr8+1z7Svrs/Pz8+0z7Svkc+vtK/Pr7SvtK7PvN2817zcvLzc3Ne7vNa1 tty7trW7u7W1tbW1tda11q+0r6+1z8+0jbSvtM+0ta+0tLSvkc+vz8/Pz8/Prs+vz8/Pr6+0r7Sv z8+vtK+vz8+0r67Pz8/PtM/Pr8+vkc/Pz8+0z8/PtK/Pz67PtK/Pkc/Pz6+0z8+vrrTPz6/Prs/P z67Prs/Pra7Pz63Pz67Pz8/Pz8+0z660r7Svz8+vz7y73dzcvNe2try117zctby11rbWtrXWu9a7 1rW1tLWvtLW0tM+1z8/Pz5HPr8+1z8+uz8/Prs+uz8/Prs/Pz660z5G0z67Pr5HPtM/Pz7Svtc+0 r8/PtK/Ptc+1z8/PtJLPz8/Pz8+uz8/Pz8+uz6/Pz7TPrs/Pkc/Pz8+0rs/Pkc/Pz8+uz6jPrs/P rq2oz66ors/Pz8/Pz8+utM+uz8/c17y8trbc3LzcvNy1trvXu7a1u9a83La7tbbWtbWvtK/Pz6+0 z8+vkc+vz67Pz67PqM+urc+tz6iuqM+trs/Pz8/Pz8+0z8/Pz8+vks/Pz67Pz8+0z8/PtK/Pz8/P rs/Pz8+utK/Pz8/Pz8+vz7TPrs+Nz8/Pz8/Pz8+uqM/Pz8/Pr5HPz8+uz8+uz6jPrs/Prc+orqit ra6oraitqKjPvN3c19zWvLzWtrXXu7zXvN223LbXu7zX19y2u9a2tdC0r7XPz43Pz8/Pz67Pz67P tK7Pz67Prs/Pz8+uqM/Pz67Pz67Pz8+utK7Pz8+vtbSvtK+0r7W1tK/Pz67PtM/Pz8+uz8/Pz7Sv z7W0r7Svz7TPz6+0z5HPr67Pz8+uz8+Nz7Svz8/Pz8+uqK2uz62uqK7Pz8/PrqjPz6iurs+urd28 17y8vNe717y83LbWvLW117W11rbWvLW8tbW1tbW1tbTPz7TPtM/PzwAAAM/Pr8/Pz8/Pz8/Prq2o rs+trq3Pz8/PtK+00LWvtLW1ANa1r7W1tc/PtM+vtLSvtK/Pkc8AAAC1rs+vz8/Pz8+uz7Svz7XP z8/Pz8/Pz8/Pz8/Pz67Pz8+uqK3Pz8+uz8+oz8+trq6tqK6tra6tqK3PqM/du7zctty23Lvc1rzX u9e8tdy23La8u7bctrXWtbXVtdWvz6+0r6+0tP///7UAtM/Pz8+uz67Pz8/Prs/Pz8+vtM+1tLW1 r7SvtK/Q/68AtM+vz8+1z6/Pz8+vtM+uz8////+uAM/Pz8/Prs/Pr7TPrrSvtK/Pr5HPz5HPz8+u z8+oz67Pz8/Prq3Pz6jPrs+uz6jPqK7Pz8+uqM+orq2M193dvNe717y83d0AAAAA3by8AAAA1gDW tbUAtbUAAAAAtAC0ALW0rwDPAAD/AM8Az66tz6itAM8Az8/PAM+0AAAAtK+1tQC11rW1ALT/AK+0 zwAAAAC0AK7PzwAAAM/PzwAA/wDPzwAAAACvrq8AtM/PAK7Ptc8Az88Az88AAACuzwDPzwDPzwDP rs+uz7TPra6trs+tqK6trq2urs+orru83by8vNzc3bz/////vADW////vP8AvLX/ANb/////AP8A /wCvtP8A/////wD/ALTPz8/P/8//AK7P/wDP////z7Svtf8A1rW0/wCv/7QAz/////8A/wDPz/// /88Az/////8Az/////8Az7T/ALWv/wCvtK//AM//z67////PAP8Az/8Arv8Az8/Pz8/Pz67Pz8+u z8/PrqjPz8/Pz67cvLbX3LzXvN28/wC8tf8A/wDcu///ALu1/wD/ALW1/wD/AP8Aks///wC0z/8A /8/Pz66u/wDP/wDPz/8A/wAAAAC1tK//ALSvtf8A/wD/AP8Az8//AP8Az/8Az8//AP8Az8//AP8A AAD/AK+1/wCvtP+1AAAA/6//AM//AM/P/wD/AM//AM//AK7Pz8+urs/Pz66tz6iuz8/Pz67Prq2o tty13LzWu7zc1/8AAAD/tv8A17b//wC11v8A/wC1tf8A/wD/ALSv//8Ar6//AM8Ars+oz/8Az/8A ta//AP////8Az7W1/wAAAAD/AP8A/wD/ALS1/wD/AAD/AK/P/wD/ALSv/wD//////wDWtf8A1rXW /////wDW/wDP/wDPrv8A/wDP/wCv/wC0z8/Pz8/Prs/Pz8/Praiuz8+troaui9e817W2vNzXtrv/ ////tgD/tQAA//8AAAD/1/+7AAD/AP8A/wAAAP//tQAA/wD/AK+0tK//AAD/AAAA/7X/tQD/tM/P z////////wD/z//P/64AAP8A//+1/7QAAP+u/68AAP8A/7UA//8AAAD/tLW1tf8Atf8Atf8AAP+1 AAD/r/8AAP/PAP+vtK+vtJGvta+vta+vz7TPz8+uqK2orai71ry73LbWu7zc/wC73P8A3P///7b/ ////1rW7/////wD/u//////Wtf////+0/7S0r6+0///P/////8+vz///qK6tqK7/AM+urv//qM+u /8//////AP+0/8/////Pz8//////z67//8//////r7Svr7T/rwD/u9f//7W0////tbT////P//+v tM+0tda1tda11rW21bXQtc+vtM+uz6iuvNy217a7trXXtf8AAAD/trvX3Ly23La73LzX17vXu/8A 3AC1tbW1tK+1tbS1r6+1r7Svrv8Az/8Az66tra6trq2orq3P/wCtraj/AK3PrqjPrqiu/wCoz67P qK7PrqjPra6uqM+uz6iuz8/Pz8+uz8+uz///ALW1/wDXtbW1tbWvtbSvz7XPz6+vta+0r7XWtbW7 tru7tbW1tLW0r8/Pz7W1tdy11te7u9f/////3Ne8trzd3LzX3La83Lu2u9b/AP+1tbS00K/PtK/P tc/Pz66tz67/z63/AKiuraioz6iura6oqP+ors+t/6iuqKjPraitz/8Ara7Prc/Pz63PrqjPrc/P qM/Pz8+ors+uz8+uqM///8+0r/+vtLXWtbXWtdC1tbW1r7XPtM+uz7S1r7W0r7XXtdbXtta2tbW1 z6/c17y1try717bctbzXu7y23Nzdtte83LzW1rbX1rW1/6+0z6+vtLXPtK/Pz8/Prs/Prqiuz62u /8+tqM+urq2oz6itrq2ura6ors+trq6tz67Prq3/rc+uqM+uz6iuz8+uz6iuz8+uz62uz8+tz6jP z62uqM/Pz8/Pr7SvtLXQtbW1tLXQtLWvr7W1r7XQtbXWtbW1tK+1tbW0r8/mtLW0vLW717vW17vW vNzXu9fctry83Lvcu7W71ru1u9C1ta+0r7W0z8+vz8/PtK7Prs+orc/PqK3PqKiuqK6tqK2ura6u z66orqjPra6oraitrq6oraiura6ora6tqK6trs+traiura6tz66oz6iurq2ura7Pz62uz8+oz67P z6+1tLW1tda1tbu1tbW0r7Svz8/Pr6+vta+0tK/Pr7TPtc/Pr7bXu9a8tby2u9e2u7a2u9y1tba1 tbW11rWv1bW1tK+0tbTPr7TPtK7Pr8/Pz8/Prs/Prq2urq2tz62uz66tqK6traitra2oqK2orq6t qKitqM+uraiuz63PqK3Pz62ors+uqM+oqM+uz66tz6jPrs/PqK2uqK2urq3Pz7TPz6+0tbS1tbWv tbTPtM/PtK/Pta60z7XPr8+1tK+1z8/Pz8/WtbbWtda71ta7tde71rbWtta11rXWtbW1ta+1r7S1 z43PtK/Pz8/Pz8+uz8/Pz8+uqM/Pz8/PrqiuqK2ors+orqiuqKiurq6uraitqK6trq2uraiora7P tM+0z8+uz8+orc+trq3Pra3PqK6tz6iora7Pz8/Pz8/Pz8+Nz7S1r7Wv1rTPtc+0r7XPjc/Pz8+o z67Pz6+0z420z7TPrs/Ptdy7tbu1tbW2tbXWu7W1tbW1tbW1tbWv1bW1tK+vtK+0tc/PtK/Prs/P z8+vrrSvtM+0jbS0r7TPz8/Prs+tqKitrq6tqK2ora6orq6tqK6uqK2uz7TPtbSvr6/PtM+uraio rs+uqK6oz66tz62uz67Pz8+uz8+vz8+vtLWvtLW1tLWvtK+0r660z8/Pra7Pz8+0z8/Pz7XPtK/P tM+uz7u1tta1tda1tda1tbW11rXWta+11bWvtbW0r9C0tLSvz8/Pz5HPtLXPtK/PtdWv1rW1tdC1 tbW1tbWvtc+0z8+uz62orq2nrqitz8/Prs/Pz8+1z8+1r7SvtM+Rz6/Pz43Prs+traiurq2oqK6o z7TPr5Gvz8+vz7S0r8/Pz8+0r7S1r7Wvz7W0r8+1r7SvtK+0r7W1r7TPtLXPrs/Pz6621rW11rW1 tbWvtbXVr7W1tLW1ta+vtbSvtbSvta+1tbW1r7WvtbW0tbTWtbW2tbu11rW7tda0r8+0z7Svr8/P z6jPrc/Prs/Pkc/Pz6+0r67PtK+vtK+0r7Svr7Svtc+0z8/Pz8+uraitrq3Pz8+oz66tqK7Pz66o z67Pz8+uz8+uz6/PtM/Pr6+1tdC0tLXWta+1tM+0r6/Pz8/Pz62otbW1tbW1r7W0tbWvtbS1ta+1 0LW1tbS1tbS1tLXWtda1tda11rW11rvWtrXc1rvWtrW1tbW1tLW1ta+vtM+uz8/Prqiuz8/Pz8+u z8/Pz8+0z8+0z5Gvz8+vtLS1z8+vtM+ura6uqKitrq6orqiura6nrqitrq2urc+tqK6tra3Praiu qKiurc/Pz420r6+0tLS1tbWvtbS0rs/Pz66orrW11rW1tLXWtbXWtLW1tbXWtbS1ta+1tda1tdC1 ta+1tbW2tbW1tbW1u9a1trW21rW1tdC0r7XQr8/Pz67Pr8+urc/Pra6trqitrc+ura6tqIutrqit rq7Prs/Prs/Prs+tz8+ora2urainra2nrq2orq2orqeorqiorq2trqiurqjPrq2trqitrs/Pz8+o z8+ur8/PtM+1z6+0r8+0z8+0tK+0ta+vta+0tbWv1a+1tbW1r9a1tK+1tLW0r7S11rXWu9a23LXX u7W2u9a1tbW1r7W1tK/PtM+1z7TPz8/Pz66oz6jPqM+orqiurainjK2uqK2uz8/Pr8/Pz67Pz66o z66ora6MqK2orq6orqeorq2nrq2urYytrqeoqK6nqK2uqK2uqK6trqiuraiurq2ojK2trqitz8/P tM+1r6+vz7S0z7SvtLS0r8+0z7W1z7SvtLW1tK+1z6/PtdWvtbS1tbW1tbW13LXWtbXWtbbWtda1 r8+1r7TPz66trqiurc+ora6uraiMrYatp4yurYytqK3Prs/PtM/PtM+1tM/PqK6ti6ioraeurqet qK2urq2orqeoqK6tqK6trq2trq2ora2uqK2LqK2orYytqKitrq6tqKiura6orq2vz7TPta/Pr8+v tM+vz8+0r7W0r8+vr7Svz6+0z7W0tK/PtK+1r7Wv1rW1tbW1tbWvtdC1r7W1tM+1z8+vtc+vqM+o z6iurajPraiLrajPrqitroauqK7PtM+Sz6+Sr8+1z6/Prs+MqKeurYyurainqK6LqK2Mraiura2u qIuojKeuqKeuqK6MqK6tqK6oi6iLrq2Mrq2nqK6nrqitjK2oi62oz8/Pz5HPz6+0ka+0r8/Pz8+0 kc/Pz7Svz7Svr8/Ptc+0tLXPtK+0tdXPtM+1r7S1tLWvr6+0r7XPz67Pz8+trq3Pz62ura6orq7P z6iuqM/Pz7S0z7XPr7TPz7Svz8+uz8+ora6oi6itp4ytrq6np6itqK6tjKiup66ora2up66ora6t p62nrqitjK2uqKiuraiuqIuurYanrYytp4ynjK2urs/Pz7Suz8/Pz7XPka+Rz6/Pz5LPz8/Pz8+u z8/Prs/Pr8+0r6+0r6+1tLSvtK/Pz7S1tM/Pz8+vz8+uz8+utM+uqM/Pra2ors/PtM+vtM+vr7TP tM+0r67PtK61z8/Prq2oi6eup66orqeora6up4uMra2oi62up66orYyni6iMra6orq2LjK2orYat rq2nrYytqKiurounjIunrqeMhgMAAAAAAA== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/master06_image001.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAgAAZABkAAD/7AARRHVja3kAAQAEAAAAPAAA/+4AJkFkb2JlAGTAAAAAAQMA FQQDBgoNAAAruAAAMKcAAGebAADXZf/bAIQABgQEBAUEBgUFBgkGBQYJCwgGBggLDAoKCwoKDBAM DAwMDAwQDA4PEA8ODBMTFBQTExwbGxscHx8fHx8fHx8fHwEHBwcNDA0YEBAYGhURFRofHx8fHx8f Hx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8fHx8f/8IAEQgCHALQAwERAAIR AQMRAf/EANEAAAMBAQEBAQAAAAAAAAAAAAABAgMEBwYFAQEBAQEBAQEAAAAAAAAAAAAAAQIDBAUG EAACAQQCAgEEAgICAwEAAAAAEQEQIQISIBMiAzBAUGAxQSNwgAQUkKAyJBEAAQMBBQYEBAUDBQAA AAAAAAEhMRAgMBFBMkBQUZECImFxgaFgcLES8NHhAzOA8ULBUnKSIxIBAAAAAAAAAAAAAAAAAAAA wBMAAwABAwMDBAIDAQEBAQAAAAERIRAxQVFhcSCBkTChscHR4UBQ8PFgcID/2gAMAwEAAhEDEQAA AeT6XNgMYDECKkMCaiguNIvNqLhiAYQqmkZ1nokiopwGdZ6KxFy65VFG2LtlUsWRpnUWXKzLU5ek 5ukAAAAYAojAAABgACAAAQAIRMqpRJ9B5dOKGMYAAUgKhgMvLSW8qloAARNgIy0x3M6zsy0x2ysV AE1IxmeoGmbtl0YumLcVDJqTDpObpOfcQDAAGAAADAAAAoAIKACAQAOKl1w0xf1eGgApxQ4oqGIK kVTQONI1xdYqHLUKosipqaizHSNTOsNzHSaRNmejEZakUwFTi40zdctJXCJqNSKz0ixUAMAAAAAG AAAwABwAADKzd8N+duW8nH6vm1NRohUrAYDEKnDAQyo0lIVBUaZqRjlz1MNyNIqTHcx3MNosippF AOLhiIq4CpbjXJxGk1nWO5GpFKkMqAmgAGOAAoAIC46Od0lvINcrlIqI0isdTLST6n5vSKz1IpUA FJCkTU0rJpUhiACamtMtsXTLTNZUTWWplpnqZ6Z2YbYbmO5NMvK5biouW8tMts2ompqLADPTn6TL THcQxmuGubNBUKnG2akmtM1lxWU0zTNBl5XDlx3M6myKzrOsNT675fVUxCpATYqmlU2KpqKnUio1 IqKjUmppFRcVmlTVQE2Z1lqRplSpAgrQABgVLrl1ctb4XLjqc3WY7kVNCAAA10ycUA41zdc3XLTF 2yBE1npFme2G5lqKnGmbplWbcEQYaZV9l8vrIUQxjgFU1NkaZ6kaRqRUakaZ2RpFRqRUVNk1NIVI BWIFSCgIAAAAwAAGVLUKppIAMAAAGAAVLplti9PO787pF5oZ6mO2W5nZGkWXLriqqyvJSzXPqZ19 b8zqAOGVLUBUMqFUVGpGmepjuYdJjuZbZakVOpFTUWRU0hUhWAhAFAwAIBgAAAAMcFAAMAAAABlZ uka4vRzvVyuuawiamzPSNTPQNcXTJiJESJVEn7vk2BDHFSuGOGUAgqaViJ0x3MdzPUy2iyaio1Mt MtTPTLUmppWIQAMBgADAYhgMQDAAAcMYhjlEqXXLs466ed0xWKkmW2Woqis9QKjbF6Od2xbzbyFi zOsdObc5tz6n53VDHCGACFSFYVNAFFRNZbmWpnqZ6RUaiJrLUFixjgFUVnuZaZ6kaioAY4qLjTN1 xdMo0z1MthKlqFWmWubWVK40yvNqGa5umbNmOmHTOO5NKkTSscuuLplebrlpmkZaZanP0nPuYdJj WO3oPwfQio0zahgZaZ6mdKyaVCRpnqTplqRSsio0iyNIqbM9MtQqovN0y0l0yvNQyUuWNTHcnRWR QaZaZtRcuWpj0k2KqzdI253TLfF2xpxnqRpeQa5tRNY7nH2zlpjuZ6jLzSGVK4z1M9JsuVE1NgEs Ge5Fel/m/VNTQOGsWZ1NjKIrLUz3MdMtTPcy0z1I1IqaLFWdKhJqNEBWVy6YUtZUa5vTzu2CMekz 1I1MtTLbHeY0AGAhgOAZpm64t5txebUVLFkacfXOW4qUAAAAIaqxCAQUAXKRlqehfn/WrJpBAFIc Ks9TPSLM9I1MtSNRVNTZNZ6Z6kUibI0jUimIVjUNMt+d1zaTfFqFZNBNZ6mW5FBGpNjJFRDAFBDg LlrJBQCzZJNIBAACBXCFU2IAoJpE1Nnpn5v2RplqIQhVNVAZ6gUZ2TqZ6RqY7nF2zlqZ6RqTU0Dg EAiaVZ6isa1F5aRrlcXm1GkaZqFZnpNgZ7k1NhE0wECuLzQVEVKQqRFiopQ1rKNJqKlFSAQAKnE1 NMuUT0L4HrmlUoqQqmkkVNirSJI1M9zn6TDec9MtTPUnSLFTiamosVIVOACpai4qGLUBpcXmhNio lqGZaiohwxUhCVxUoRZNACHKqIC81gTUk2TSpAEoOGKiwFQegfB9YBUqMtyNSUmlQVGepnqTZGpG pjuYbhUpnpNI0ioRluIVTREaOFTSo1xdYEz1FSpIAKkKqglVEIVIBw1UA1Q4qAAAkFQABIqAECuL ipWiFYwGfY/J9SBCkRQKpQpxGpnqRqRYBUWRqZakaRYCJpUhJNMIKBwqC4uBFU2MYhUAEOpCAVTT hyhFIAHKFZNZFZNSACoCVwKkFCbFSACoqAVCUfcfG9iRUkVIKBJNJFYqVk1NkWRpFk6SgoBUsoUQ qcA1SKpFYxlIhWIYwlBipDEIRNSKkAlcMQgBSGrgAkAJsmgBCpBDAmgVOKLjXN+u+X6lYCBFSQpC CkJFSqbI1IsjSakQAAAOBUMQAKkhYqEYxwxAMVIQE0ibAFImkFKEAAqGIJQAAQCAQCpCsBAogMqX SNM36f5/SbJqbmaixVNKyakmyNFZGpFZ6kamdTZNqRCtBCRUAAlYhUIBSRhTlAQUFYxCEIFQhUBK hiAkBgIBAAKQrBQQCRUKkAGojloZpl6L8HpNRZGkVnqRqSKoqKjUipsz0izLcy1M9IqailSsFQE2 TQKUAVKpGMKBUICC0gGCoViEIFVSIqVIKkSsBAIcCgwhVKACoEAABUrAZUXHqX53rFRZnpFmemep nUaRUWTUVNZ6kWZ6Z6mWpFKzPUmkARNRSoJCkqJpUxjgpVNAwlBjhWoCbJolVIQhAOFSHK4QCpwg GIBUhiAAAIY1YyoYz1j831is7MtSNM9SKz0ioqazsio0iyNSLcrnPUipsz1JoETSSamkK0gpE0lY FCqQoJpKxUhwUQlmgQCAkBAJbhDJCnCoggFTJFThiAYDHKWOGtFSeu/mu0WZbmemdmerFZ6mdRUV FRZFTWWpFmes56mdTU2RU2A4ioqaVIQrSCppysAqaCKQ1VAE1UoImkIVAQCUhBTgABDgpBBRKBUo wlYqqGOGAxhVR69+b6RbnqZamepnUaZVFZ6TZnbNkVFkWZ2Z6mdzFRZGkk2TRCqKnQibZpCUAagB Uk01QE6AhqhAKiAmgQK4AEIYhDAAHLNgIVACKlEa1AAxo1aB7F+b6RWWpluRWdsVnqZ1FZ6mdkrF udzFkakpFkakpnpFTUiJqamlSEs0CEoOUpkUlCaFAsSqkSFIAJKlKIAgGCgIlQWSMSsmyRU4Y4AF WmawChKlYq9j/N2Lct5i6z1M7M6jTOorOptyszsz1mKixJNRZFiTOopEaBFTSWaRNqCiVApTiam0 ETSFahipCogAS1AAAASsAEFSgNUArJEMBgOVlQAMVMBJ7L+dudk25aRqRbnZlqZ3UVlqQRWdk1nc xZNk2SRZFRYqzqbURUaBIKhKqkSg1mpJtAFSBUBNUICaY1IIBqQxDCGKkTYKwAQhWIYDlC4mqhjH BUUk9l/PybYrLWZty1ItzrOs7c7IrOyLctZSZ2KoSbIqbIrOoqRWzUUhKyalZpKEU5YpUhKidKhL UKgBCoEtQxCKlVjlRcIcFIVA4mgCaAhWC1DKgAYAAhV7L8HlnSti3KzPSVz0i7yuctSLMqmzKpSK SRU2Z2Iz0gipqLZpE0Ask2zUiWaJZqNASkMFBDAFmkiVlQhgJbyVSXAMAEAxDJoiaVOAqCnAMcAC piPY/icVbnU253OOoly0zrKs7YrO2TPUzSam5izOySTPSKi2RLNKkTUqiai3OnLNMUsULNAwlKqE JQKRIFAKBQBEamuaFZUAwgUsRICoEOGUOAVVKIKxJFeyfG86rHUmyVy1UuduNRWWmZFmVuWuc252 TLNTZBNRULNRQsUiaQE25rGiUhVnaBUyscKhSGOUJpAIKkctAZ2OW4KIcTojTK5QBiERYqBDgq80 QWhiGJGqT2H5PmDPVzqUx0ixVhq51kZ6uVmaTbmRqQTUiIqTPSVRNskk0lBLFRSWKzpqQlKQDlYB KAAEipAqsUrFSHFRNFXki40lYRNAibJURiHKygKgCmAonU9f+X5Ai3PUSSuWmVmdY6uVkVlUNRUE kVJIjLQIXPRSxQKiVE1GilztkiptcTTWQlYDhDWhRNOVWTQEsUAAQDKCGBUqrSFDMtKhUhAAyoAK gGIoBV6187w56jM7MdXOxEW5WxUNZVKwZ1NmVSQKkZqLlUiVVJKyArZsTWZNsCpKgAKJWOBXDhKq CCaBCGSMoAAQFyuFVxFBRMFOJpxNVDEXBVQCGAV6r4vm5bQXNTNTWWmaZ3UpjbnWdZ1mSZ1KlIUp GeiWKmWVikClRErFRStRKzRmllKhAVLNVDlIVIVSTQIQwCEFUAQFK4qAZJNIVIZUSMcUFOAoAh16 X5vnXK1ztZlc82iM9JMdFLjUWowtqICUEqM6hZlzqlypUZs2zQTUrmFIm1kSsAh21BklYAIkmpoF SgVFAgoMCiokY4VTRCFTiaIBlwyiokKBhHqnn+fFYakmepnbjqTCWZctEua1lhqyQCwXELA1w0lY VCJUpUSyTLFTo4ztUsjpwApDilAhkKqihFUgAK0UrACqIkcMVUVEkCHQSUAyoQxFlkVUI+/z83n0 uEKiLjO1LJBBNuawoSQMhYUM1lYqVUSqJpLAK4ztRILNIcJSKpDJW8gSlIkkVSMKcAgGUSMBgACg oJHCGAVUMmguKJAcB99fmY20ilcs1rGS41cuVky52qXGpqFcQCws0lRMSududBKoUrAZFsilkdAg VZXLRJS5gKFSqRDEADpigh0DpigKEFEIQwEKlAaQUwEBQAff35mVZzTscZrebFNOW6kUuOgSsgsj gVRFuNsSomlLKoZmoBUuZKqkBISsCFcUIS0IAFE6IBDABjpQwEUMBAKAVABBSgpgA4KRRcIa/Z6+ dtImuawNCFwq5HbjbkVmtM15roEUZLBrGdqItzWIJQhZpS6SZqlskVISoUpDCkOWAAuFTIEMQAMB FCKECkBViAYgVIgUHYoYUxjpQGma7PsevzYlxVrSZ1eUW5hLzqGdoStyZ26RJjbpCMlxWVUoKpW8 kZ2tBSM7VCWQCC0hgWSCwOJGMRIDoFLVjEASgx2AwlLBVCoRKQDoRipilYwQEM+034MrIVirCXNd ktItiVELEQqGQsilmmZrRCoyVDlCRSwoMUSsjpkKFwRmoICxkjiQoEOgUrCEMdAAMB2KVFASAUoB jEIqgAh1QJ9H18Wkk1QRkqKrGUEIlVCGJYW0hcrYltIlZmsCtQRKuEsCVEjhKQgBQdOAAiVqwJlA ClAOgIAKoGIBQwGIApiAQVUAwAQ7HKqcfRdvCClyWkZohELRJFTLnahCVEShSUYNSJVErMJZUssz lqESskqCgUEEOlDhUpapgAhAAAAwEEAxgFAxAVUhAMRQBVEDGAxDs+j7eIJlESkQqrSQrWTBclcK smlDqQliWFRVkjlgzWVIUrJHELIlBClYgEMsRMqGSEOiCnSgGAAAAAxhQEMQodAUgGAh1QxlAIZ+ 528TpSo2Z0kwawakpJWoxWquSDNqkhWSOMWoVQSoQgWFpEJZzSyJQSgBThClBjRUpQBiAAgAACqo FAAQFBQKCmAhFCoiixioJKoJP3OvkpNExWVRaZrQ4hdWclzalVBShlWRLnKh2Jc2llKlOEKVEiol mVDAQoFAAYAAoQxAOgUMBQKBYwFLVjJKEMKIBiGABQIoZRNAz9vv5JlckKihCUSq0ZmXFqkowaES kSoOM6nNlVSFKQlVkyhMriQUqYBAApQAAAEMAgEMAEoMQwGOxBKQDCx0EgMALJCmEOqCKor9vv48 Zp2PK4zthXCqJVZQErMUUmaihEsilKmVQiVaSoKBYFRE5qGAlUOmitUEKiAdKAABWiVoUQpQACmB SVUlkwKkKcNUMVjKFUDGMoD9vt5MlqkWRGM0ltKEQaWSucrBERNUlEkrMZLKuV5s2ESqJJlAp2KU sUqgUFAAAAgGOlCUgAKIB2CgBCHVIKFChUxAIdiKl0HE2MdADFX6PXzya2Ma5ihG9zVmOdRNOzKa ogqCmQGaxGKks0IlIKM3MJVTIiZWIKBAMQQAKAYUlAh0CCAAAAAAGMYBTiRFABYiiNSyZdEAqSz9 Hv52OJlDMsqxSyOyrHmwuQpXTlmJVWWTCli28VEE1ICIlLAFUApVCHQIAAACEoEAUBAABQEFMQoB gUOpi6RUBYiS9EOCygJNKZB+j387igEZxOdOrJoNEpOaaatJM1M2i7DOkSRLIqAiJYqUAVCAUqHR CFAA6UEoFAAAoBiAAAAHTAIQhkjKGAyYqtBlDM6ig1jQmwP0e/CrMs6UFjUjOVolRcs2MgZcsVBt liq1mpXmyqJlRADIFUwgJViCEAUBClBiAAgCgAohAAAEADHSAouETWgxFRmIoKzN42qokVAq6e3H WwsBZsSg7LCXOWIJbFqKiFKhWUXKAZZqlQVJGoE5sSghUghDEMQACgAKABiCCgQwABBAFADFDGUK AumFONCBVoBMVpeooiWg6chdJKqgsLKhTU2MkvOpiVlHXQIcpExCzZOpMrgVRMTU2iISzAOiJCBS CkAAAAABAIAgoAYhDFTGEMsRIgKCNQFVxtUmVKqNMtArKlvnqOyBQh1qaWTCmkRYS1msBDJFL0JC zYSzZkNZsBSwMhZiggJVkhYDUgFAIKBhCEMQAEFMQxjESUBQ6UVFCEQWaildlU8kr1MtJNjSF15T LIyoY1IkZpZpWlmUucAocrqaaIcrlcC5kVIoQhmdIUIKAAJQQQAAUQgGAgEAAA6UAxjKiBU4sCaY FDglqwq4683OyVcA6RFlduZTJglhEtpdlhNERZJprOpOdtEsQClYoVMWbmFRZFUVLETKibASljla KUEACAcKgIQxgBIUAAAAxxoQSUVLVilChIU4pdLMq1LFWcM6M1JPp45zU5t2XZtKGERLIQzSkogr gEOytTbNmXHNRIagEqiSKQSpGoSAAIKAgHUihAADgEAwphDEQMYE0yioBjGVLIAMqNRklj1JKpRE ZduelVVZtmcYilLNJWSICYsqrGIUrRClBWBKzDlZJFiUAcIBBSpQyiRQAKkMUAxCAZoMVEQIdb1M QKKhlLKFaHSZmMIuXQCaYQGgWZkdsZyzAOzWrAB5sRmAAoWjVorEaS3KqmwzVLNk2CoqJlQxEipw CEUSKgCgCFSgJAYAMCQCrGKKKGBZREZ0FRZsWYLpEgBUbUjEzqbOXeWjCUKpwlIodgMSqAsZJUUA CoKgpE1MApUABRBDqBioAIQxDAQAAhlDJEBIwGABTgA1GMUoJNBrJUMuypcacaRoBFfm9M6GYghg MZdlUWCKVysctEigWkqwqJSWhECAQAAyKkqCJp04gZQgACQAZQiRiA0GKiJAKCooUKguLJEUukIo BmVAi4qNBn5/XOZMXAFOrRiJDNBhVGlkyqW0qgmVAMYhChBQAhCgAYCpBRDAkYyQABABQxjGUVUi EQVDLAzHFDVI1cMuFQVAIqAkmuDpljhCoHDUKsUrscrFYxy0laigVwpWXYhCEpAIVESIKcMmqhCp iAYwAQhgBIAOLqhklVmBZUEFEBFMctoLKay52aSsIAARcBB//9oACAEBAAEFAqIQhCEIQhGpoamp GJrJqKikVEI0NTUnA1pJsbm5M8IIyOwj2EZkZUmCSWKSJNycjOfsCEI1ohCEIQhGpqaiFREQamsG kHUdUmhpBoaGpOJMElySSebNhjIzI9hHsIzGWLCgnCCcIMsBfX6ydckeo6jqOs0NTU1NDU0NDURq aGhrSCBUdNRCkuMmSRE4k4mpqImBUsTAhCrtJEkZG5sbSbZEzlSY+nQhCFJrJ1yR6JI9JoWLCFzY xj5Qi1GMiS5eswTjwmCcSYnioNTQ6zrg6jqOo6TpI9R0nUaGhOBOIi3DU15I1FwUiIwkj1nWdZ1E ek6jrgUGxuTmbybUmDU1EIQhC5OTaTsk7TtO07jukj35HfJHtOw7IN8SZwPElExSZgnUnUlDNjc7 Dsg7Dsg3xImCIg1gnGm5tA4JyJygnLjBqdZ1nXBpBGB1nWdR0nSR6Trg0gjGD9G8G2JGWJ2YnZiT lA4ETgakxJMTVCEampqIQhCEKiEIXHc7TuO87TtO07yffJ3ZHZI5+PaSPblBj7ztiRxJMQZSjeSZ n4Njc3NhkZEZUhFhC4TJMjk2kcjkiRjHNJkQoNRCEIRqamh1k+s0k1EL7HtkbyP6CGYyREkYyIRo TiTBOJqIUEYGhpJqIRJMCkYx8VVCNDQ6yfWT6ycCcDWSYEIRqKftOpGAjHGTGwxmxsTkbwT7MDbE jU1xIRYRqaSa5GkmhpAhCFwYzY2NjY2HRE+sn1E+snE1g0gn1wawaQT6jqJ9ck4yKRfQr4UIUik1 k1k1k68iPTkY+gj/AI51QLGBwTkTkbG5sfs0OuSPXJj65Oo64LDxN8SfZBPsgy9hl7BCF8TNhm0m 8m5OcE5wTlBtibQTmOCwyZGODxNMTqxP+viT/wAeCfQT6Trk1nnBrBHqg6Tqgn1GpodZ1HVkR6SP RJ0SdJ1keuDrg6YNIgxQ4J9qJ9xOZOcnYb0UmoiJR2ncR74O6Dtg7IJ90GXtJ90k+7In2yTnPDU0 gVJk24M2NpNpJyknKTeTc3NjY2HSWbSb5HZkdske6TtIzNhwPEsRjBl6oOmDoOqTWREG8HZiduJP sO2Tc3k7JI9pHsOyDHODccDg2g7IOwjJ01MkZZon2k5jpvJ2SdknYdpOYxm8m8m0jkcjJgnE1NTQ 1rcUk4mknWdROEHhBOUEyTJMk0musmlGbG8DgZasVsYkQampMUmCYJgmKKtuDo5I9mRHukjOli1H JOcmWeY5+JTxY4GODfE7MSc6bGxsbybybnYdp3SduROQyYNScTURsbnZB2Ym8DojU1NTU1kQ4NiM yMztgj2wbQOR5HbJ2Qb4ksnHIQi4hQI1ELnc8i5cuP4GMYzaTYY62LFhwbDkRMc9TWBQLE0ilyXT IymaTw2k2kuMZtI6KS55HkQyJkj2ZHdJ3HYRlgb+s2xNicj9mhYcGxtwuI1Os6z9DHiODaBwWLCg UGpqamop+FCEaipsMfxbE5SPInInOSWKCYFwueRMZFy5cuLIU1QjU1EKkFjxHRjEampqawIZsORy bSbSOedy55FzY2GMY+VxZGuRrJrka5CyLFqREE4GvHXI0kmUbydkm4zIRqTgI1NSMR4m2BM4ljYe RcRrAqIjCTrOuDXEWJrBrB4wMcjmrHJcclxCEKrpqaiNRQW4+RrmdeR1ZHVkdOR1SdZpJrJqa4ix LUUing5HNEIQ5N5NsiZkvTRnVJ1E+qDTEmIpcuKTU1NTQ1k1k0NDrk1FRjJNZNRQKDSDSDWDWBQK lxCFRSKTU0NRFy55CkRqamkmkmkmsiFIpFW5cuXFkeZ/YeZ5GsmpqampqaGpqampqaSdZ1nWdZ1n XJpJ1nVJ1HWdZ1mp1nUdUHUdUHVB1nVkdMnTJ1HSdJ1YnXidZ1HUdUnVJ0nSdJ0nSdMHUdR1nWdZ odZoaGhodZoaHWdZqamhoaGpodZ1nWdZ1nWaCkUmsmknWdZ1kesj18rDgcDgcDg2g2xNsTaDbE2x NsTbE3g2xNsTbE2xNsTfE3xNsTbE3xNsTfE3xN8TfE3xN8TfE3xN8TfE3wNsTbA2xNsTfE3xN4HB tBtibYm2JvBtBtBtBtibYm2JtibYm2JtibQbQbYm2JtibwbYm2JtibYm2JtibYm2JtibYm2JtibY m2JtBtibYm2JGWJqamohfExmxsbGxsbGxsbGxsbm5ubm5ubnYbm5ubm52HYdh2G52G5ubnYdh2HY bm52HYbm5ubm5ubm5udh2G5ubm5ubm52G5ubm5ubm5ubm5ubm5GYhCJpPwMdJJJqxjGMYxjGMY6s YxmxubGxsMYxjNjY2GbDNjY2GM2GMYzY2GbGwxmxsMYzY2NhjGMYxjImk8ZpPFkoZLfB1uMvydGM dGXoxmwxmxsbDoxjNjYYzYYxjGOjo+LGMYxjNhmwxjGOj4zWSeU0knjf4nxQqur+F8XyY6MY6Mfw sfJjpJNZrNXw/mk87FuM0fwOr+GaP5JnkyZqxj+SeM0n4JQiSfjmk/I+N6v7NP6J4yTT+fgmCSYF wXwWP5rZ0sXGOBxW9HwuX+n/AJP4j9cHxZNJ4TSSSeb4Xo/jY6Orqx0Y+D+ov8THwk/msk1n4ZpJ f5GMtNGMckzPF8XS/wAFuMcb8WfzS9b1/fCUTJKoyWSSTSaWpfgqyWJmjL0jjE3mRwbEybF6ulqu eFyB1mCw4HFGMY/kj5ENlif0TNJmmVJJJ5bUmrGOOFywi5I6fuNrMbHR8ILFqsmjHwsSRlAz9/DP Jj+BFqWJ1JRMjJyJkmaMuKa2qyZkZJJkyWOrkmS/Cas/Z+hwOBjdFRfBsRPBkzwjnar5RysOjJkm ZpJYuSXJknImkzWUeJ4kn8EoeJtiMuTJ+qXpMkwyKzI44RzcksgkuKaWperimxtTYvS/wP5b0ljJ JmB4lyYkeRMkomYPGjknKT98cpGWFJLbkZkQhjJFBqTFbFq/xVxR8rjHRSXpesTNHFZmBjjgx1fJ 0gkmJg8pJjMvSZHBZ7EkzI5Jp+y3CZGT+6ShDLCJZIpGSWFFHI+FiwudyasvyckUuTS1Ln8rg4rA yFNHI5rBejyJzg8iZyLTEWGTjiaGkwSWLHiTqSiYglmxsMcFiZP3R0mm0mzqx/Haliw634WLFjy4 3L1dHJsWpcuOl62pccm0Fh0n2ZYxuyM5N8ic6SxE4kuDYcuZHiWLFhSXrtiWLFqWJGbjPGnkMvW/ G9HSBDHHK1EKrrFGWEeQ7ShwLEsOC1I2LkSWqy467Y4ke2CcpOzEVsoLSbSbkz7CcoJUk6k6kxKU yTsfsuMjKD9k0mn8Woyx/Np5vg62HxmqnjFEKsaigmBDsyUKR0tWYIyIpGx5jkcHieNNsCcM5MoU z7PXJr6zLKIMvbbsHg+z1J+s8SewuTs5yzHkTmODxGWJg1J2HNJyLkEyaiJGMtwdLECpFIpMkio6 sZYtW/ByXkU00tOx+h1RcZBY/lSeRGReT9UmTsyVyM5g7TJDR/StfWL1j9ZrgJiHiTOJubYn9ZJe rk8hwbE5QbMsIcm1XRj42qzaTaBwWLUkQ/ivS/O/BmxCFia0ZEyOlxm0QTn64HjJjGRO7ixGDnqk ntwNvUbE5ewmMiScCYxg8zyPM83Ock5n9cmopF6yccTrRM01PKDYcUsWNRUZNWQyJHBakzNJkczV /A+boquTYcVRFFJoXgZGRtiPEifbETnDnP1yQj+0sP8A45up8pJygTFnEbD9Y8CZgTLQPOTWKZak 6jwHgTEQbwOJHgbSbG0F6TB+qXL8FRQeR5ExB+hwXJHFLcmMtxY+K4PnerijgiYOr25E+r2wTEQY 9R/2fdBl7vfOOPtg/wCxfbNz7My0j9RtiZbDxp+jZkziMjMy1e+EH/0ayayI1JHRwTJelhUtJrRj HBYvS9LFi3N8UL4UL4UaiLikua+0nAcYmXunIj2TEJk9UG2JLejJ0Jk8zbODaDfAcvY/qP57MhmU xV5EZGwzHNGXsZOeUiJgRJESSx8NixYsXpYRJYt8Doq3peluL5WLC4OeG/rN8SfZ7JNZkRlKN8oI 9k5E44njB3n7JxwJxPGBM1wNcCxak6ljYeQyxrJpka5GmRrkOSx4jLDNiaIjHE65NZo5HI4PEsMv 8VxzVwW+ZTyZsODf1mxtkeBt6Tb1QbMnD2H6IPIXtPInOTaDfKTbIm8v1EzjNbSTBEZyTE02kuKS WbFieV6OjHWwhSL5XwRel/jVHHOPaTlMmuS8RkexH9uUTn7Df1wd4/dJOGZPrLQOZLmoqMWIvWSj Y2kuKa3rceJMwMccH8O0mw/ndGWo6zVjEWopo6uqFkdbJw9UDgQpNcT/APNBGRPt9xl3HWeJOdLG tPKBZSayItTszN5J4WJRHWW+Oxaq+gY6XLUXzORjgZ4nYbZk7yLExn1QT7fWZTMnXkKYNlGzFB5U 2wNZLOYsXpMGsi+Bkr4rcXBMxRzS3xP6BxRjZFNZPIcjHFNoHiKFOsDLl6RiTApOr2GUGtHRHkXJ ijk8jUY6L6NCpb5nXYfFcHSMWa0YxSNGxejPAcG8m2VFB+icpIcmskYSZ4oubGWUyayKYHJMxRSL gqTJalqSqP7Ii/O9HTaT90ZCohHV7CRkTgbweZOxHrk8afo2NpJyNpGeROwyZgvTWj5sZPxP6pUc /BYVEzTi4HBPUa403kj2mWTrGozaTykvX+I1JnE2khVkWJJbk54v6BT9AoqhUZYsXriP1nhJYcFh SIRrJvkf2GuYhYnjTWZIwyg/RNGeRIzcZPsLCpKpaqLly9bD+x2o6Xo5NZFlBsfs1Os2yL1WRJci YGMcDykWVIHMG0yTOREkyayXHBsOaTEV1JEKqL0iCV9hty2HPCwzwNMDUZJFxjmTypYRYUCxo4FJ MTFFB+hCLkzKcDgRNLEKjNsTYdGeXN/YVNVREQWg3Z40g3mDcjLE0xknGYGRJGsk+vE1g65NoJFJ 1nWaE2HJHZJrmayeMDgnKkZDJLnipmKa0QhFy/B/ZFWwppYsKT9FxQPGDbAcmPumDtP/AKOqDqzP 7MTsI2LljeDsxNsSxEYmsE6wbQTkOTzkSpY3Nh1ZkPlYdEL7FcUimrGOCxsQx5QJnWQaSdWZEeyj yJnIwhnZmOSxr6jwNjbMXsF7DQ1xPA39UE+yDaZFJrJGELQQpFlScRcrioy5f6pT8FzWZNZP0MtS JN4NzfIjKS0k44H6IzmkQNCkkj1ZnXI9TtOzInPKSNiMWaYE6DxJzxGLI8hZGosTxHFIiCRzzms1 sWHzQvnc0QhCnhsfs1FieAoEXIiRHlA8pHkRhMiRORsbGPtR2TIvcdfsOo0wF6h+s7YOzI8jXIj1 yRgOIJzLmprAsDwHBsbSeQpFxfBC+vUCxFjwVLCilhCIxwk0MYFMGuRLEKCxMQanVJ1QaYH9cG/r NzyFka5Gkig/rH6x4mMwMcDgQzbI8zyq6TRCFB4k84rblblb5VgTrwdYGOBEWJyiaYz6ycvWbmjI jOCImScJP+xid2R5mpGJGMEyjaTfIuIUH9Rtibmx5HlWMpIyJygc0sW+BVciLDiti3xOrGMdFzhC EKjohUiIEzQRria4nX6ydjH2ZEyLCTsOz2D9gsxSSWLFi1WOkZSbZHmLIvTwPEsWpbghcl9C+W5u bzWEWLDjjcuRsQS6qtyJJxiSMCx1+gn1+s7oJ9uUjk2yFMkeo6sYFgPE7YJ9kl6KRUuPLhEQLAsM 25OqgUE/QX4s2kc8GbTTaTYeA8TeDfElVhjkxnImkZIn2ECIQ/Uf1iJ9cEYX4X42HBsbSOeDHxvS 3O4+SoqOjHwYxjGXrsMfxxMUsWrEm2ReiNkdpPsggicRYmp/UaZnXmLmiw4Nhig8aLIU1UkRJMVs W+B0vxdV8LHxiBHibc5rCPHhbgicfYbQIiMqRqT68JJ9+ZOWUkcLDxN4Nh8YlHZI5ptBubybSP6m xb4WbG1fE8B4jx4REExHyqJIxRcZely5f47l6W5x8F/jsWpcvWxalixbj4niXL0sWPGtjxLcLFqQ i3C9PI8iNiaf/9oACAECAAEFAvsSFzQhfAvvLGMYxj+jQhC+0MYxjH8j+xr7GzYf25jGMYxjGMdH 9MxjGM2GOqF9IhCEampqaiEIXyIQhCFyXyMYx0YxjGbDHVUQhcH9YhGpqIQjU1NRfKjUXBfChCqv r2MYx/Z19O+bGP6NjGMYx/cXzQhC5sYxjH9ExjHRjGMZsP7IzY2Nh8kKjGMYx1QhCF9ChCF8jGbG xsbD+Jmwx1YxmxsbGwxjNh11NRCFzRqamohGojU1EL6NCF8CEamohcmbGw+CEIQhCEIQhC4IVXRC 4IQhCFwX0LGP6BfXo1FyQvpVyQhCEIXwoQhcWOjqhCELghCo/wATRqaiEKiq+C5sf25fYF9lfwvm 6IQvpmMf1L+JjGM2GMdGP6BcWMYx/C6MYxj5MdWMfJ838LGMf0To6MfJjGMYxjGMYxjoxjGbDGM2 NjY2NjYYxjGbGxsbGxsbDGMYxjGMYxjGMYxjGOjGMYxjHVjGMYx/UoVEIQqoQhVQhUQqoX0i+5IQ hCEIQhUQhCEIQhCEIQhCEIQhCEIQhCEIQhCEIQhCEIQhC4IX/pNr8TX4yqL8ZVFxVF+ILkvtD+2I QhUX42/xtfiaox0QuC/JF+DL8kf4uv8ASRf51f8AjxfO/wASQqr8HXzv8DY+b+jf4S/xJ8X9O/uq +JVXwLihfhL+ZjHwY/wZj/FH+PsfBCF8jHwfBC+/v6p/4hf+K//aAAgBAwABBQL/ANhdVQhCEIXJ CEIQhC/81z/xuxj/ABJ/E/xV/jTHR0f4i+aF+Nv8UX+4C/1vX+iD/wAUv8eX48/iX4o/yJ/hLHwf 4qhf41X+PULghfgy/wAcsfzL/a7/2gAIAQICBj8CP0f/2gAIAQMCBj8CP0f/2gAIAQEBBj8C/ren +mqPiOCPjCSSSaTs0bHBGwRSCLMb4kkmkEbXBBHwDNmCCNtnd73sUgggZLuSdsi9mk0g0kbFOzRZ i1BG5J2uCCN3QQR8mp+U0/LyPli9riRuWasN8g2rjSN0xbnZ3v3+hwUwPCkn+u7pv8rmaxdsvocf GnG+mmNX3BOytccLDUlaxfztj3k25Jt+I5FiLUUfcUbTFZJJo6EUmk1is3GG52sTsn4/On96uNWL vK6gis2Y2SbUUajkWZJtRWavgT7qSxJ+TjKvsg70kxxJOHvWTO/ja4u4rN1FGWj2WfkcFMMMR+hi cOZnyJX6H4UnCkseA9OAy1yMyCa58rhtqm7amWN1FPG3h9ycjPkfmPh6Yqf5eZjj64jdRmuHgZHh 4GZHOmdiErPsTakavgTZndmKKShNHQggmjdSr/xG6f8AsYr9vkhguPJBk6x0TmpgjeRBiqoZmlRj X6Doq+YyJ7DoMijoRXxpnTTcTePtL1izNZsThTxr2ouBC+qmrA18iFU0InmS/FDViniZe4yGKL1E equMqHdgdpOHgOpAxKEY+RpG9x+k02cjSOxO64syarnX93MXMhPU+1vQwkdMPMbrQ1IOi4jdX2mt T/LqMPsMk9UNb8DHCmpEOJpJVDM7UO7qow4xCWIo91xMFTc0kpSKQQOnSdx/G5H28hupj/06lU0d SnZ0YebmK9SeSIQo3RiT0pyO5SFIUkklKP1Igy4kE+1GxJo6mammk24sTRxh6RueMCKMirzGw6fM f93oT1H/AHMRl+5fUwTpTkdzJ6IajtUxXqG6juVzNVG6SMErGJGFeHkZqaTJEJrJNdSn50er2nTd 0og/URiaKah+7yO39tUpPuQpppqHUZDEc/CjU7lXmNYdVJsPWbtqPuvuVeo7UP0NXpgOoxpHXA1K pmN0od3sZjIp401GvG0zUesEW2rFZMd3t9DV7Gf0O7qT3UwZT9DtTq9j9STSMnJDMdiTSmPEjklM VOA1j9Bk2aCSdxcbhlJVTFSaScfU7lRDJeYzehmP9R+rp5kjVcajjJ8Cx7nD1H6kP5MfJBseRmT7 jqhOPodiexKn9h/qQl5JNtxrudzTV7DJR+pB+o/3H8ZowrNNXtSTMxsuTvmLMW9JBkcaQeAw+NYM h2ssPv2SbmVo1ZpnWUNQw6IppRLD9Nibc74gixjgxkZEYjdCJRyCaxdwRskbigcm70rzINJwp+tm bWZHwCxNIIIrBkaiaMi2IpNp9/MRZakUexFw1OBNZpBFYrG85JIIs8TKzFiUNVGJq9IpFJGo67ui 7mj0ak1YikkkmakUggyJHW5cZKTvGbEWdJpGHcZEIQkZcR0HNI5FJJUzrpIIuII33ppJqJQajjD4 nAk1D9dIIIIJJrAyWIJ3pNuCKwQMpJJJGNHIIISzJNdJBBJJqNRnviSbemkGnAir0dTUaqQMlxJJ JNiCN1yTfMimZqNQ641hCKP1WG6SCKSSSTSDTcyZ7ta8ggcYg1HGmQ3SMhA9mSbcUmkDtSdyQQQR s7KZKQSSN0kVk1E3kme6IIuIuYuZHJO3qGQ4WJJrFxJNZJ3bBBBBA1qLcb/i+kdcbEk2GQgjCjjE EkEXs0gj4Dc7R6OTR6RZi7jd0EbG3wRlduNd/wD/2gAIAQEDAT8hiIvqADbDcTDOgiTIQWhRLpke gwgcFaGGyFoIGVaMRI0FiGVPQQTQMQxcTpNIQhCEIQhCaQhCEIQhCEJpCE9DYgvoANFCbUguw7Ik FpU8EDvHrdjR4jGggiEHfQ0zYnQxQxDhwgSMmrNaRQ4IQmsJ/gQhCEIQgmC5hIl6FFFFCcvRJBBB JIxZaEnqIIQwxox94wccF9DsGXA31B95BIgwMDCNFFEMi0GItQfUGBtlCf4UIQhfQsovodo7In6S AkQkh5jDgwNopWVlZXr9Khgjseeih5E6hYHGKGDqGxtCmNEB0Y2tE4kgSaDTQl0puuikJGq1LExx uPsMaQTMbEJpCFlaIQjOwUMGMTaUrOyT0EngjwNEMvGFlQhjQbF+oDRCMyNv0AMeRB5Etno0zQQQ dYaGyhQbHMO8U5OgWJhQJNBII04aGdKI3DDcTNJep27qjMlkknU0kXQzQmE3QidRaqSWh7x1YuuN nOgbDMYNlxq9ghPXSz4em3oMMMNDDDDDQ0NFaEyFGlp10vMpcjHAGDaNhn6GSsS+dM67OoIjrTgD FozpCEILAnE+jyEU6Ka0EhPUw5GNDqGDtVRomi7CxsHRw2Yygn05A10sMGDboNxhoaGhoaGhjQ0N av0QhPrqoSOTqjL9MJ6Zqmxgwc0KYzIIDdBsSPpFuDxJCcSECDx+iV0RGUJMmhloMtuh2Bei7oMm jDLFDJog/Tf8JMxyReqEIQhCCdjBP0OmE0JGhZ1R8+gb+RH7i6BEvEbsvodgfSKDL1CyyMyVlay9 Sc+CnAwadkfQL8HQD6Q2cC3sN+p5Yjxp0R/ThGTSFE9cKLO0do7B2zsCZsh15Q8hmEB8DUEDLDVn kZC6B0GgvkSxTjAwaODolpEcDVyToQi66Qj6EfTSlRVrXoLqHkdRqG+gPjEPQofcZN9HYokwtwW4 G7YS0WDWNfBHrGRibN2xfgd2JQyQuBmxCuDsDWdTo0KeNGvNp9Idkjxor6qoyMsYULsOiEEOoO8N /I+sdSI4OLo+pHSMyJMSPSSocI8jYb0bZhoYPSHV6DfqNOoyw9FtkR6IkcC00qGks7w+uKxvdU7s NnQdhAaeBN0MODqiUUFjJu+NFG3oL5FppBu3GjSSCWK4Eb6DTd6CG0WMdCbQkcHZESMdCqG7E2pP WKnwNY0ekxiRlZlwPoDOh2BP3K6MS3Gg4K0WjBhsod6EZUbcjUIGg+gNnBHJSn0EzyJ3FCdBHQWL uQ/E7Q76QCMohFoqKXRWJfIicgqJp8iJLiJ0DSxBvoHc+jk7BHrURpSS5EXYLbCjYoohpX0K6HgP gQ3DXuxp1EPkZZ0G/Ux4o1QgPkSGLFq9GGgxR4aWHJ3CEdoWhHgcCZsx0kyR1EPmQwM2y0vejsGn 5R3PRkrXnYyVmSlE9Z5s8ixujKUpS6KKL0rHpYMEHmNmQ2GPiJXA/VfUfMGJP0LTWwa0idx5syob 0MZXqFDYToYMMYReBBd2ilyIciQJ+lJ6BrcQFthlnY8kR0Q0nQ7hC2LZ7ivXVQlZHXQ09HvHf1R+ hhJpZfSPpEelKUyRkJGKFoQob+oyj0qQjwjwD0cVFNx8wR1GGkOaL0CMOiZBNCDtEDIkJxIJDzL6 lCqGYnyZeofTTIh4mQzZ5neMUGi59CFo9uR0umTJH0PApvUJ9ZXcbaX3DLN0wQjJ0lPTc9rUqGhv A2XQeBvSMTuCPA4CJ8D6aGz3SGmhjPkh0GKL6EBAfKzOGUzbLZKvYfUQ99DxMibodGJ+Rq5OsGDu MYzuaeloxia7nZRhejQgrRfTTsVnciXgTFF9NHcJ5EE7Ix2K+EiNpPVDwHiL6i66FzoT1Wk8jPKy 9GOyR41pkuh3x1kkj0fYGTYxGJtg+mO9nUD6hwCRjeg3EerBRfQ7OlSIvpoU+NLvO1rl6P2TpLQy J0DfkZRj4QxfKVoorpoTMD5mNeo/Mvodg7WlAvWq0d1IYfKJd+ilOTO4J+uvZZRZenxL4QwoovoN yhiybHYG3TS1FoTUQdgjQ8gulDZosr6CboQJR0UPpRRetXqVrpGhI9Kiugn6FdCh63x0xryT0eoO tCytLHgUuNN66eB4C7DsiemmCoqKi/SAegsGTJ/RmCl730JwXuegVJ01qd39N6Ax7+my7mn3dPun f+pxdfXe/wAJoCqABEC0BYw2G4w0QaIzJkY2XuMMthhmy+pR5jfqWUWUKRuVvreejy1ahRQnLKPP RZcyPPRXLKo8hiy9OXI+/R5FDNFjf0l561l6vlpvRerWogi0aXcaDCIcQg8DaHBoawOjY0Ghf/Ri hhsdKGfnqNPoA6y6FqKK6ehTp7vS+4ffoZYrlnl6dRvTGqk9DehPqxfoElcejI/YocGNjY3YZQ2y jY3oYMMDGxvA2MV8DfcoqDddh0yZ6mSsfCl3Hkbt2IXilDDcG3Gn7NPmVp3nmVb1D7hdxZWh6i6W UYooWGq6L3KUo9X4k8nYbBCj4GwXvPbojbkTUnIuod/ocHfYfTQ/kdmihtj2GnCD0O/B4DLn5HBw cGs6r7Hv4G8DI1vkyzto0eeClMEMhYaUUaN8aLguC43Ftllvgo3pWi+Rtmd9FKywyXRkX0FPS6Ln TfwPyZLpdS4KedE8CyKJqODZAx6HC+2i0a76Pogx/bqJ/wCaMY4Z9i9/c6J7jGNuT3JcX3J3yJjf IiDdH2EzNK+MFxh+5SOQ23xBdxBinUTwN5Ftkb7nfcps3I5WYdys5yN1acjRROYFUVFyUaL7FunP QZXAwuRM/wCrgXDRfk52LOCq9i9NPcT6/wBnG1Zir7/0NPk+A0+R79hjR0bDpsHR0f8AzMQfmD6J +4zAMf8AGMhjHBq5+w579SKjSGJH/ZE06DKW+nJxS5wYeL5O3HUcGWlmhimnZGwrT2L03KpV1LjJ MiEL5ZGQlH9zGjzpMdyfOjXyZGX/ANL79zHOmHzkW5aXotzsL7le4nwmfkTom9hNl5+2g8ob2K8l ox3k3G4b9hvQ2PNTJw+B79BvMH/zHvPuQ5qEQybDeaWsdxz+h0eSsfYjH2HHvv20XV8nZtpegkg+ Dfqx+SraHBbFgWOUH4DPKP4K+uS9ZlIobe/U3yV8M8hR/OtXGmTuVdDI4cGeo2vc2dpU8lG+nIr8 DeSq5I34HjyLbJHuUH2Quh5G3MX/ALk8mWGo/uHHfqVJdewuHcDfUcm448iD67PqMmNdRn3GWyxo nGdHyGPx8jMPcZkYfmDkph7JsfkRl8DunO5VxvyIZgT+RMvYSY7jnL6jb5wOF+irqW5H8xv2fg79 Ct08DYzCeg26F7DZTZwzPtwXTgWSsyPxgT/of/otOxVRuCfYnF02jH3ZuX4GIZ9tJhTBXTfjYx7i g29kXPYyvRG6PYt2G/8Atx/9Ru5nkP5Hjt7H/UYTrjuPw+w2+RO3uN+4x0e43zgbxgdG7ydzyPOR sFZZMXcc6jksLyb7bCT6bcmfcse90+Ruc5I6/fQ2Ki5vA937DaWVPYjtgjpX5KN9xYZc5x8j62Yt uC/BbsmXgeWNhRe5YYm5Dg25FeqOBvqYKKhtTqN/A3tg3DyWL8lcXcancfcPJiblMfydmj38lSE+ z3K+fI22QnGC/wDhx5GuioWB2Z9hKsLBDG5kxhDd7Y2xp7iBnwI3uzo5J1HTHOg2zGPIbH89R5W6 Fhl3uPsiYKrobCU/7G8f2e893wYP+I8cDsP+2Nrt2EbPuQFTGL7jjcmvIxvK4CuTz0gsN/gjKUM8 sPsGJuy1/RzwhQ8nk5/I3Ohl8zwxr2fIy65Gy5QsqsUEeOryYc5OsLm+So2/k/My7exVKxW7HP8A B7k3SFsYMmOoxzBsG1BNpRmc9DK88ncr9hfKNndE31HIQuofW2HgbnVEU7nAcd9JqDPiGXweH3I6 T7jGLwOwOrhDfQvNjG13K+qNnDHP/BtLakLNeINd6vdDVvH7H/Iy7brqVbVo6D/wPkNpBkLuH4rK sqa9xJwBXZw8HD6jabKBRK5Ps4rJVxjujfas9/cavf3hOcvwbvxGO9xuM/5gZdPgT5VRXQR2Yo+X 2K9lt4ML/mPyew3Lgxt92PofyVctizj4K+/wUrLkrmcCzlD3Owl2GdjImctl4LY2/wDv6H7fEFOv gzJx8m+78aXPYeS4PLI89CIOHcYuYJ8CXg6Ox3PkbfbzoaDruO8Ma5g+r7jnQbHn1EGV0TG7+xky OMBmHpfZkFl1FJgZd3DrW+eR4XAi8/cyNsxp8kbQ7F2Vd+CqsLtklaHLbLEw33JGHwbtxV4wUlgz 09xZ4Ns7HO/yO9UQsymLDI7iE0n1G1w0vsK9c+Ry+vUpjROJfxRLG8NvX3MV7lxgTx3EN0nT7HDR M3F53Kv6LnsYorwVhzPYb7ZLeC7CSLHgqtySuvciR6d43ie7O0E3w0d5ux7Gbeo7W+hkyI4dGfXb n/oN4DuKM3f4HLuNXYs7sjbMwVT/AAXdPcVbpn4KOtiDfI8GfZmWcP8AIwbMLI3FhU+J3HD3wjLV SHJ5DWsiMavuNs/gbe9c7nQ+Rhvs/Yz1Q70I3yhzyu4sbMW/U5yh+IVD4inB4M6CRou7Qw8mJgrY qMpk7HUX3MbxnljuiL1HvgTXeibdBYzsLwE3TLVG8QvsY6+xkah5GNqewpvDBtsKTOXwPBubFXOe gldvgeOwsCY3Mo37xuqhyzwh4VK9IfBBoNG72EN1H8DbbsTFT/RFsM5wJxXJ0X9CDk6L/ugtnv5/ 9G0kk/8AnsYMzHYhvv1Q1hnPgg5+0cj2H3jYN4dhIfUrbK7HlldENRte+eTB4ee45f0eS44PD5J1 5MDfBUE17lyjnJ2Crp7FXCLR1di4G3DOmhtszfZLRw0sEM9TtPMGsi2eRIKXLz0K5yJv+RVxfIb4 3Wjxudh7mXFzTG4st/lCdfHgvguZB742K0ivk3W+hqxBfyzyLx/4J8v3F5x+/wDFNuwRyk+8X9jZ svFTHO4S26wXzP8Avci3U6UbFsnDGXRJjc7d4x3unZIqbv7jb/5fyNJPePyR9zqX8ETn5GcvP2RL vTNu3bBDde7z+BSsYXY7vil/ojOZx3ErDRXOw4cJCeR0Mks+4fOM5LBt9T0HXJHwO+fGijbikTfA pMblMN7i7QnT7Ea7djyKnUvUQ260bbk+GZ6TufJT2MUCOs9xPnk6sGXQw1+gsFd/gSu4jbOmWy4I fJhZ4G+xVdmf8QwE3cpCs2ZI6UbgMf8AYEjuZqLc7DeP2JEE+X5Jz0Os7M5+yY/+6/QZZ+Sr8k/P rljbidXdGGgwmeGy71/Y4Snkq4+/+Czg8P8AYj5Z9lENKt35MSOo8G20vf8AgXF5eCG2XmFG6b+S HX2g26DTn7Jsh5/I0uz9myU7ic7jf/gba2Xyx+H3L1tE6FfFcGrqfNZsX4SLnbHcb8TR8B9CEGl0 PczZTIsshUVBV56HVuNMfMj3o1V1OgY30+D2GTCfUWNy+GW8bGLlYMN4MjFRX8kags7bBcR28roY 1Ymw08iVbOPlE6P7lN8upEOsF4e39GeTCe4V7ti6MJ2tdyD2QTHieCb4skdC8cdii3Oj/wDTHCxO 5jK/exX7GWQTtPxSu6p2sqaw29oqfvgaN5S8v+Rkx7EX4GRL8usbrePcPbR8nhCeWSW243zboidA fkdP22Jy+xnPIc5w9mOEQzGkXQbeRsMrt5L/AOKeGeo24UQu1kN7fI+6eEPHJr4G0LHyheuBofSV 8l7G+48LD9js+wqJunyOtnQ2NuMj2deh5KO+IP2HRvqYKpggdhGNroQYa7meBuqE10JfYVbs6vvM /Yaxa5VHJj2IYk8HILuGVfn5M9hOX6ZV4FPdPI33LocbsZ4eRP1SpfJEdEmuTPRGUhKpW+Hb+Ton zjYUWNrq0X8k7OPP9Ap8Hkp+RCTpF3P0P+i/uj2EuRf5FLo8xjira6GOVX/dxoXDijqL4yX58JP2 J7muzZdvgRFN/OETlXyJKs+w2e6+wnsiDfJ50hK2vkx3XyMrz9yPhL3p3Qfa/wC+DK2L5Hjl/Am3 dnlPkPuCdht7LFHKN9EMY8lDNyZ3Nx7/AMG7/gqrbyTxETuN9E51Gmt/kb71EPJJxD8lCaQx1K4I +WUVubaN0eRPufYQn2IuHgpVsn0Yme+xkwQyN+YNt9iruhtN4sFLnBDuORCf3A3gEj/0beqH0E6y fJf+mVxiYb9h9ZOK/kjNqVub/sy7a4/+Rmj2q++Cjjj7tJfk6C98z++BbRGHITP8mx7AOkcHhZJd Bv8A5RKr+cOphwmRV8vCHSEH3FG53/8ACz+4/srsVdBt5exI8dyPPfc7H8EVW7vYbX+SIc1eTBj3 WGd4vcYlt8IrbJ+wzXC9zJGl7ENFLZw76MNk2b4NciK4J3Lo/Bv3giu4+jcqTEMcf9iJvgfZzsM5 Zc23K6wx5KLedK0UQRHuVCtjTmwnGSeCh7AkhTpfBwP4G3uDrJV2HWecH2CtsMTqnOqK/R5R0J+5 N7jjLT8ldqe5VRR+428G/kXrj7mHEf2GyW03a/kbu+//AEGXh+j/AORleXbj9istz3YsCa/X/wAF xvwH/g6Y6nYxr3U9az++DJEecDW3QMmcF1PwGy3vtDLl4JfwYtvxsSnvTuo3YY/+9zdyfJHb5yNt 0v8Auhz92v2NVTDy1TcT7cMeQuvA1YhPqmVVhm5bV4L4L5HW+/PB2UkRzHtSm9wbXWyvoN9slVIM uRrqY2Qk+tG1zkz2YvNQra7Crs/cVtjqPJTI+SybKzBuw2Vuzw0weCMo2UU0a6hUvQLwY5HHsvjT bR9yZ7FYW422zB4RnWbK7SyOgytoy+UML+/0beH7Dat/B2L9i3HuvkT7G7f2Msqz44Rw824tmRrh B950+P8AmI3B1ZD46XcXaFlm9s/bF2Du039inEOq/wDBnddR5EW7B7XH70A/ADP4HM9nBk9kvLR/ BJowp3pexsXF5W4zYD3H7mzDcXejXxdqOWX+hrDNe+B7mXfYVJCEkllndsy2hOSoweVewmdDMsaB 3sbhsJvkTDXohNe47Td0G4wNlPkVXgomcM6hCvKT7o6fwMj7lHWtZnWiTqWi7Gecja8aewo6ko55 RH1I+oldCuUdgwYEEEl2RTBfdMjs32K/sI5UY3dx4RhCXCz/AAIQzfZH5e3/AGN+JENsn1f+ISv8 qz+EOHSLvDSvZMvwhZy3m/0Qm8fX/wBN68t1+x9z3X9H8sr+zoJ7uFW+DVcJOtFsK3hnGanwPfee aJ8R+IQ6PCpd5cPy94cDfYZL4bkNlnqzdeKDRtTqTXR3El6FP6CfDK8EZ1CrCe5vlfcbKKsj5MUW Fw9h2iQ3UZ0NTdhBLKYqtaMs9ouwl7Oxgs/gXShcjy0jIZK9E9NERFonOC28kFFBlvnRTL7inJ2a Z6GBThjXVnhjFfUTfSlOoVL9tjyQdfyf/giwVxaX5bEXx6/pD6J6mn/R/wCFf0JGPO1/ljlXhRKu 4T3+yTNzD7MeRFjp+Kyn4cJMzN+Ryf8AC/sUJ8mRWXzoNXd+SXlI3fyj5lTsv5ONl9RMnhYGTL9g 3G9u3gmmffBY/tDY8I/cz4V8FpxqD61QiXV4I5RtnY/8gRcOi3uJufsPLYcLFK+DY1yQjrROce50 WFzieBJQXg8ja9hLqYbMTfYTjuN+DGxnghhaZ9KLqRcMqFGTvwUr8lXTJF1NtFRXQz6MFU2MEvfR UGy0dSmGN13KfYKv+Biyt9v+ZvE/tRCm3sl+ERCaXO5mrT/vc3C+EX70pjykn4I4PHZjbfHkQ2c+ u5FYN8TsHuzPkfyQ/ePb144E3Ql2f8Drm/IblfjDoxdzPLD6IYnD3Y7xleBpjRim79weaD6N+rYx cq/AylEr2R/UEJonsUce5ayFXDbZuUiO70YNyzOBq+MitdGLPLpKzh85xsNt7PuSun3MNnRs5J7j 3IbXRkelLrHQiKIRl5GNGDwyWLYnI8kELTJSlZ3fbQ2FDd9BqbM6jo2nsivwV9RTznZr+GN7/K2/ 4HESSQkqW9hfyLukuHBbRm+1Y+AXmmMZ3pI4bPZJD7rtsYY95WN7/gEN19h2EOGaFC7ITFmX4Gjb 4BxnLLvz4wVc7EEt2xOsplcfIa3w/ajx/gkO3tDsMW8GzoE/ZL5RDj4g0YrN+Wx9Db9z7PI3ApFP fJ2CIjkZ5L2HKGmhp4wNLikP7FYp1vY2YbvQb6MnYO85MclRdJrHpR1Cleg3wZ7ihuQzwOrf00rg ldCMj6CfeGX30TITFeBI3VmJVHZf1M/7sZcjz/UNGS7uW/yWYTXhBvwHLifo8Fdw+pH2rZllI11j /Z5HuDRuk9oOMM67kMtryxIWHdSseDPsIanIvhDODRp2vY1f4NqZ5Y0Wb5IrdLyQ2dCata6pHLT9 yzjPbQtbwyYyxE3FhGr5G27CLqNI9tIbDGemhuligt2z7Gej4J0CHt7EeQXUoNTlDZl7Ij6eql7F IKheSJ86YhkSDpkpV5PMN2bYJpfAupzwJpdPIpxCLqjYvue2m+y+BSUYvj9I25x92PiK6uj87MNv wh2zL2/grDz3BDCDwi7K8v8ACF7Ok6L+VN8rXWMZeee4TL4Sp/Ya49FgUXbkrpkaLd9xtDobYrZP 5H1R92QF0HcY76jTuiD8lQzuKTZt9WYPodRXuNTiDXudgulfUrqX30hF10j8D07guwjof9sRLkz6 Lrj0bCyMvksT4Ir8mRiCT4GzvpWeBBnyiJyzHDMWVStFCSmaVcFeCLqQ7H+A35SQNtiXlsbz5n9i rGb2jvP6IfWJdwqY65bbbHDm8v5Frk7lXHtYKqtOPltBcnXuMZMfnI7ZKeC9UNVj7kNXBB+wcde7 cHTKFbmPcS6kOcD2Ki6QbcVBktjLOMifc837HcMG69h94b0xq5xpSiKnJjfWzHCIeS1r0pfoUyVy JNhsyH5Ep/yoi6mepV30430k3wPzdabhJrk74sMKPpz2Enb4Ph4K2YU7fBFsO7JbF7UyU8IbJZ+F /ZsfwQo8tL4Ld17m0z7KnteaOWxvyHDzJ1E1zh2hii+ELq8LuPrDlVwb7ZNm32I28vuLnMbdlUUj Yyx+TB4MHsJOiMuB3t7aNPprS6zkxpcPTJ7HYOAivpoY6nu0yT1U7zDJGY0k5ExZ2hHy57nuMq6l ZV5Emc6C9MCh9dClwx+S9iOxEWWd1i6xs2Wi/mNi6VnKS+50C7hytoWE6ztmCpVzyY69j9hu6p3E pce7z8CdshQrhd8DdpRhvFmzQ75F5GwkhsRsnRwOp7aKXR8jbme7GhlyMQiGyjT6k7kH6MdBz01F XT7mWyhZEtx9GmONb9FdSpkrEMuPgzzrvyUbCzsNznRv2GNujDgbdR5MrqLq/cTtkdroZcFZs2PI 9hp6+444KFehG92L/oxzqOqC9RnR+4/xe5DlGJows/lBLEl2RkHphPcvWwTuySMvA+d0XuyNnZpT iGQ0u5FODsFXQ92rhfpZ6fXpuQ3IiD8lETRJ9Bngye2TofwbboiSss20u5pEnKZAp/YmSZsyejGh fI2E5fyYoWXHYqzP4G5T5xnYvyIUNpLqNRuJ0rE236K4gd85Z3IQ/sVc58aMmTuI9s9Sbh56srqE u4b+DL5HPOiagzDXQhbMjyJpdfY9vR4Btv8AwJrNb2KxZx9zoFU8Hk9iLrDbljjKxs3WPeiO7oNP t8hdV9jba/BXP7Qrqc6YL3OovudCr3GfZ3ljLV7TbZDspOyMGzfvDhODN3pzlHZz4Mdkl5Q+m9oV mXSptBttZg/BldHgZlmhDZvcbPB0M/Yc6JEYi/5mDaPyQeB9idzklPGp7mOojw0Zgx6Z9Caf08Hh EfQyeRmO5bsmVMsrh0qXI1mGKt9xrgKNjL4ZGMrluDrhOdzxCI9h/wA0z5X5O0L6Pkk6mDpr8ip8 PkwZT4F1UOefslpGOgmMKiKRL3JGxjp7ReB43EyJNvqWtiJvX0LMdhK8iyl+xWMRTv8AAvBP8EXI +lDEruNkZcCQb6B3R5DXgb09zGt0x9C/WpXomudO2x3l9yMZXIqFxBWWb7Fjc/cT8t8lS7EMUzW6 f3JnP4MzBe2BcN+RH2PqQr7G/cQTPsNC3rFsk+R80R/2wj6C2zguqZyr7ss8rHYc8LEKVl+443nw Q0jtz7HYnwVPeDcpt+TPR7CoucndWMvEU5Q+wfQNJuPJ1jtFXQ3IMpRl0nouuP8AAnV6PcTgmRg4 EKdTJ5Z6C62fJ4KbV2IXNi4UjDl+zG6r7jjhe4sTbwY8pO4reA3/AOBo1hvwNdJ7vu9KscD6mRv6 G7K+DD3NeWxN4Bu8sLvFOy92xLIzPmv2LqYewl6M8417Ca5bvsM2wanQVZFo2dHQwzsEw+487EGJ GE6Ps0a/zKI32Wmx09Cugl7nkGm4TZc+yHe53sjgfkl8Bl5nkeZkdTPIR7lucfc3AXFkdRfkXTFN YDDT/kP+mxJ0SOAdMJ0A+k9jqB3PuK2GI6/Bbw/wM4+7ImdxojftfAkuTPSlgLPIuv2IjX/pLyhp ob4HdpnkbXQbcFb30nfTBjWEXpv+GmWlGwmRug7qaFaKBvbv6ngFej3yPLj2LeTbMOOMxIe5HSvu Q/soKjfSI6d4Mv5tmWyjLtJdAh28naDcGfUdE/kXRvuQC+ynYC4khNMxDrS+DHP6RU6fI17Gff2P +IJsV9BI30MOUZD1ncncccv40MroX0MGNYTS/Sx0+vkrFCHAl2E2h57QgwY+4ueDpiFbo+w1pj3R HB/kxzh5I2n3Q39Ijlk/DOjpnyJdQ+FUrbvsUKvmBJ9xi7jMdvsO1hMwsSn8jsEVyIr+zDc7gdAn THNGJnB0o9JKPjg+t8DT7jHwWv8A0yUb0d6jWhlFF4jQjMmeCv699faY01uvRT7GepE50Roe47uG UjhbUSt0f+A7GKb2eRR4vjcmR35wTZnvkfQzwJ8Rx5xYp7lLh79G/bboxYsB0pe6DAbcTS5SDNyc qRJ3cRSfF0a3spXoPaKHug7xlRbim1L5HFY15LuIdwvcao06QyZGE36E7ww7jeg2iEM6RlHkRdfR Br6PcKJmX1Qu9DCTcSRRChtyhczJoF9MJ0k3CF3IrMD74SlwQhqV8GXN9mJiit2H1DswMHTJ2G/s N/7WYboKOQk8tktj0EbOCsJ/By4JW7IsNHeRW4op9ekSN2GOlfZFdGWCv+h1xB44Nuw2NncOMwSj YojIT0P6cXUx1+mloELoMeD2JdhMh3lCWgiEnGnGjcHGONwKbkRkmF8M5JXgSsLCvpoJf1hjgjB4 ng6qZMtsaOPlnUQ0A62UTbYLpi7I6jk9xeQfFTvjhURN4R5+wmc/YdZo52TfuWK3UnNz3GMiP+Y2 jcNDvUp9Aj8EfUekJpWkRPWYJr504KvP0kdVsTqGRCL6G5NDdPYp2IegqlXyefvODa9yELjs6oa5 L5GAsC7eeTrA5g3CrdYVhfVaKLdIdhgdbhd4udiSdWyO340diKw9qHeTjhtiO1juA64bhe5OonWP sJjYxlRvpkKdz0JSLUwYH49VKGIjoR0J6DxGWXrY6ehOVI4pR5Ea3E6G7ohETERM0RC3Nt3R2Rcj OSL7kV9xCeGq7iXvHZn/AKAk4BM2+0pukJnKR1THIfmGEyu0x0Kums2JrDEzkSYjuGuoeb8k5MfT Tw0YYy9FnQ4GRFRfQiJ2GxGemjvUz1JClZGRkYihtvVJ9BObiOBXTQbb30g8qitYU9htd8+w9Elr BOgzYQjmR/H1GUTCo1RpeKJfB1AQtmEn34H/AOkg3H0IDtPwEXdFuhj4I5Bh092T6fBHah7ZJF6o RiGiMTTZ6BN8j3IdAR5Be0aHZo0UZdDhELl0MBMZRsq5FBmCnsTWHtohCM9ivUCdcI8BWJBPOiLj KRoldjMlGC6x0NFc5GbskNTEOJwyGMmUYOA/+IaPwcFHjCPYzqV664E+g7R4a+2xF7HsKFkwtYIt FQ2OEEtKK50ZaTRhLqPoRJuiOhe2iilfQz09AooTPkwYCxs9JpNYTTk6Mt6RL+KH0LTB0R0hWeRE cqij+AXUbxa5LcS21P3EvMe40jjgXXEVkNuvopSCQxJcHiin2OqcerPBXAo+eIk5KzsaJvJtp5aH gqMDMkRSGO3CKE3pGbDd6R6MIqKX0J9hTwO+DHQo8kOwSYcU7Eh5JrGKLdCLpCCOoTg2OLRJECwb iKEHVlC28GW92iJNDPyNmDPJu5sTqeBknVnmQ4OgG49FMmdF3Rs5MciQOxIbBhTMiS6asc4I/Tku mxRIZF2Pc99G0Y1cdPWn2PA8DxFnYjJyRejTMDEtG+RPnRCQyCulEMQmx9IVcC8kdqHTvpWR6KaY MD9J50KGNM+hnRj9LI9caY1c1M8ay7mNDGNR+gu4iuiD6fto4yMLrov+sxwFOZrPoOdVgMIwB5Bb ClyOC6NhztT2Hu0q7jvJ/9oACAECAwE/IfqUpSlKX1XSlKUus1JpNZqMT6BIS/1lKUvppS/QQUov qQhCaGHoT0UTE/8AQXQ/SylKUpSlKUui/QpdYQRSiZS/Ug0TRCEJ/m0uh6N0n0oQn0YT1Jl9CKL1 Uv1B/XRfVS+u+th/QFTQhCa0pfpwnrca+pkZn0JCM6QnrWmlLqhBISEvSy+kL9E4uqFFlkIXRSl1 pSlKUpf8pOM+nBl6cEJaJ9MQmiei+lIRCEIQhPTSlKUpS+grQpf9JNE/wWMul0JlEylKPUUutKQn qulKX0FFFBCl0ulL/qaMUbGQhNC0LIzJXrdSPSKUvphCEIQmlEEVpX0otbS/5lKUpSkDQZfo4JE9 Qsv0utKCCNL9OEIT0gkQhPVDJRZeutG+tlHrUaX0Nh+iX6MZBBBaiaUpSaz9JkUI0r0KUukJ6YQh CegQhCaIhHqlCEelF6JpdV6V6csvTehCE12tSFoz6L00miEITSlKUvppfQMiRCeul0hNEJ9BjKUX oQvpwn1sEEn079GaEtIQn0A81pS6TUrRNKXUuik0MPRZhCL05IX/AAMeifThCE+lS+ul0rLqtEJe mEIQhCE9cJ9DbFEehL0p6lL6CEZGR+qlKUv0KUpSl0hCfShNEhBFF/gXSlKXWaQhNVKUpSEJpCE+ nCE+ldFKVFXoui+m6F6FBaUulKXSMSekMaUpfULpS6T6dKX03RS/Qggkkj0a6l9F9EJpS6TRCfQd fRSlLovqFdJotSl9ApS6XRSlKUuil1pSl9IUpS+umCowYMF0XRdSlKUv1xj6/wCw9wPg/jiBfovl L/gH4QhCEIQhCEIQhGUURlFFFEZGUUUURkZRRRGUUQhWiEIQjIQjIQhCEIyMhCaIQhGQjIQhCEIQ hCEIRkZSlKX6kIQhCEIQhCfTACf68QAEAACAIQn+GIX+PCEIT1QhNJ6IQhPVPRCaT0TSf5C/0EIT 0wnonon+PP8AKv8AgUv+fP8ATr6q/wBdP9Pf82/6Vf4l/wAaeuf6mf6SfTn+sX+ngv8AW36E/wAO aT6D1gkT/CT0n+fPoL/KmsIQn0l/mz60IQhPpT0oX+LfrwWtH/h31Qgl6ZpCaz6c+k/RPqL6V/0M 0hNZrNYT1L1of+FdaX6r0nox/hL1QhPpoTW/RXqvqvovoon9G6Y+hS+i+q/RTaQg0TS6T1z6N9U9 c1v0Jpf8DBNZpPRgn0ZpkTRCeqEIQhNcEITWaX0UutL6LrDPqnon1b65pkpfoT0vOialpNEWiei/ SpdJ9BfQrL6b/i49F9V+j4CaKIvgQhNMmdKvTPVdYT6F9NLrkupkIUvpv0L9WeiGNcaTSPQJozpk j9MIT11eml/wWT131X1Uv+JPRNKNl0YesRjSl9MJ6r6IT0Y9F9VLrNaX03/RQhNI/SvonrzrSaZ+ lfpz1wmtL6qX6VL9RseHqGNURCP0zS+qFL6JrS+ifRpdL676Z/izWlLqtZpNb9JCem6NeuE0ulL9 e+meq/RpS/TfoTS+qaX6FLpPp3Sl+hfoXSeq6Uv0b/gX6F9CLSE9M9V+hdIT00v+HfRPTSl/wL6b 9NCaXSaX036N1v0b9G/QulKUvohPTdL9CE+jCE9V9N1vqvovppfp36d1uk9VKUut+hS/QpfpX6N9 E9NL/jUv+Tdb6brPpT6U1X/AhPXfo36U/wAG+q6QhPRNLrCepsv0qX/Iv0KXSl9M+lNKXWfVv06X 6l/yprCeq/Uml0XSa300v0r/AKK/RpdKXSl+tWZJ6oQcKX1X6EIQhCE0vrv0aUv1b/gX/BpfQnqm lL6LovqhPpX/AEVLpPRPVS+meul9RNE0hNL65/mUuk+jdLpCFL6LrdZomsZNca5Ky6rrNKUuk1ul /wBBS60vrnphPQYJ6LovpZfTdITW6L6sfUpfrX61+rS6Y1us1oyTTBjWlM6X1VF0vopfRCFL67/p b6l1uilLpEYG9c+i+qEL6E1v0YQn+mX0Jl0miMj1YKUuk1X1kIT6U1vppSl+vS6z699L1hNKXVPp 1eg3SlFF1hPRSmCl/wAy/wCBPQtJpCkJ6aeqEITSlLqtb6ceul/0VL9O6XRCkIZL66X6s9N/3dLp S6kIT0DBS/TL6F9JNaUv15/pqXS6L9ClL9OaUuil/wBXfo3SemEITWl1hNMD+lS+u/7TBC+m+ma3 RfVf/hb/APP/AP/aAAgBAwMBPyH/AOun/wCNz/aQmk/zoQn+VSlKUpSl+vdb/lwhPoX/AEVKUpSl KUv1aUv+zn/zsIQhP95f8+E9E1hCf6WEIT6UIQhPXf8AQwhCEJ9KEJ64QhCaQnopS6X10pSlKUpS l/z6UpfXCEJ6aUpS6UpSlL6KX1X0UpSl/wAaE/2FKX/TUpfpUpfqUpS+il/+WpSlLrf/AJulKX/W z1zSl/3kIQhCEJ/hUpS+iEJ/h3WfXn1p/ooTWEIQhCaQhCaIT6ACEIQn0QCEIQmkIQhCEIQhCEJr CEIQhNYQhCEJ9OlKUpSlKUpSlKUpUVFKioqKilKUpSopSlLpUUpS/QpS6UpSlKUpSlKUpSlKUpSl KUpSlKUpSlKUpSlKUpSlKUpSlKUpSlKUulKUulKUpS6Uvqv+JfRfRfVS/wD88P8A+MpfoL0P/wCL o2ik9a0bL/8AG3ViHoi+h6P/AOQVFKZLpPRf/jIW6TBdKUg/Vf8A4zBgZSk6GF7aQnqpf/iFZS6Y Ml0pA2Ub/wDjUTS+hnSlKtMaZG//AIzJfQYEG9F9EM6X/wCJjSl0pgX/AMkUpT2N9IQnoX/47YpS 6HrTJS//ACUREX6E9F/+JpS6Uv8A8xNUvTNJ/wDHT03Wf/I1lpGjFpCf/J3SE9N9U+vP94tJ6ITW f4l/3kITTJGQq9GP8Cf7+ELrDGk0YKX0X1z/AOFpX6ckIjBdJrfoQhP9/PRkj0ukJ6IX/wCLhNZ6 KXUmX/Av+/hPRNaJ6QnrvqRP99GsZNb6IT0Y1mk/+FzrNE9M9MITWf8Aw00vpupE+upSl/8AhYQg kQX6M9M9d/3OSEKX0XSIhNZrfQv/AMNGi+hfVCE0mmf/AIeak9U9M0vohPXn/wCCiKtc+rGk/wDi oQmiaVmSfVukJ/8AAVFL6ZpS+ml1pS//ABsJ6IPRmk0R6L6p/vc0pPTdbpPoT/4SfQn/AMlCF9Jf qTRNZ6KX/fQhPoQn1L6IT/4al0z9OE/+KhCf/lX/2gAMAwEAAhEDEQAAEMgBBmeWcmVnfb2Wo6G9 D5OdVwvg2SSb2ZX/AO9sn212knRCZ2mpATtHz4QBW1FPj00bSlEZJ3U39v8Af/8A2237b7S323C5 NMNXeeAMcTID0Hi7tvCv26zqJsdHZATJJeTbQDfv+dfI24kWbfe72xoKu82ZkZfsQrX7VL6MrRAC FIH0AFr4tRnIBCLkkKWoaYIkot9GPnGu2XCQuLQ/7ZMh1Epg6gP6sFVNaofTZl3xSsdbqQldJAWz lvm324Ux6Un/APx9vsHGtRgM1HVvYYal9bpq7jtF7+6JXr7dv/8AbbZUAf7ftpLqcuu3gddQbw9z vIUVZzndImKFcQVP7tJv7bb/APfX+ySbbcdvht8QEyWWJIEatNScIcpmKUYtli/++3/aaKbSbb6b U07dgxzK2SbwSIthsacNzJhtO7iyx7+cQqBBE7vHHEuOE92Ac+zYZHqXnefNqtXCjA7xUWCIRydw Vh9cDl0xozhuZLH5SalTNZqKJKZiHSeKnSeVzsdidP5p5wyI9E/Olaay3QtURRmP2/30T3yyN9Sf yeqGhu08Ak0cs4D4QuzIRJS7+0IuHyQWaeybFsf64k2KWxIlh7iK0RArvtN5MydqtYkQWyaLkCHF 2eHBOae3f9QdgyxHvSuIZuHXs273xr8ISpTIsL8SVYve6oagBrSzpnCRO2tA2AbG28OliVVJopTo /Y/y8cFhKwuJsjT1ka4jRrCmepmTmeeYHgzw68A5OS1pumzoBgW0nrHbhxme3TmPNRlk+nZx5gHM wQvMOkpx73Kc0n/+d2IbWbaZsywgqdkZkoNXTNLHTmOThPpowNstq1ltp2GBr+hcgqYog/2abkko eupqWnbjF475CN4Sqc43EvaTBIaOxIVKS/5dRsJtia+WFYJOY+RUIoWFCzcU5q2soQASU2jsopXx uRLf0NAQYBIHIMP/AE221CTYwjy8SvqsFZEAt8n2LSToRFQsJMoCDZ0p91/ls0k03uABa1dV0wth ka52DRl+Yu4Kll2KRD4TZPvvDLRi90+9tl3FyNs3xWyZJTQ6GEvZzdclH2t/aaAACgPhaa2tm+rD vKIZLIKwJ+7Qggij7lOt8/R7eKl9Zk2DYd82It0n20ivkmjxTZpuhC5F8Vzebl2DbIAqF34UreY4 DVE/DH1gNIuyH7nv1LCpD6QPm1HegmCH/wBPqX2I+DcFbmU0/uyZNQAw/CR/7d0W2kDKeDbljWXb KepoWAcqPzg+WLW+LfoX8Qx7G+Ekz9sSmS53stdBe/aDw9lFPgzSuIhWz3tjtfrSJaIhvOkYQAVi laCq0fhx5GhIvTxrCbmLc0DUyBDqHLg+DZcS1Zp6Lc8izFtf+KdptZjgiGBNft30CqbTZr6WeB8g WprySIHtvhf9u7L9lgfAtYqeGe4Gp9uXAp/msxmGvM5iVrNSTSH43gwg9t9T0EnDzEWRA8vCHWV9 3E7z1evHQtiKtp9eOUmeD7QECs7+wi0g1DwffRpqBdrcuCpu5Jh8bCQ16Hebayk/Z7+gQkmCkkmw ywaLXh0gnTF5uSqFHc4Y5EJuFn+A2jz7L9tmg0mgECGYrp8ogTLFGl72lTqu20H38QGYHIFmVPBv JftPYVx0AkW3YeK5+YWXzCsOLxzc3LPAp3Tiwvl+ld7rLEz0AiSSGy0WD5bNPS1cDPYLh95/J292 IrpZ2jYbib0HNtD22GmcJ38Fhyd7srMyl2inewBLVq0bdHjiKBY59hegSGUSkwgg1PF3ftppJdro mAKgvH13Y0g9naqP4o0bDBY00SQK0FZ4tL5bbfrrZ9ttj5Iyompfl88GR02Wq+JlzudKERYmppZ/ Nr5PdZ999rN/sRu5i4hvoWFfDEqKKfwbYgT1khuR/wC+zTWQs7+RekfSSWda2tWGK5YzK9bSlRvO mHCeMSeByX/yc36sjyiEPFg3TBH+1cp9uCA0/DqdllYKko9ywW4bZW/XycFkEoNdAoglBJJNJRWE tKbd/YCpjTPJ850q5rdgj2iVsNANslAEAsoAtFBNqgDVjt8sZCRJrUw00qCnjB8JyWcBFppJFo/k gocIsoMkBFNbcQlNF37OnksDDxkr/wBM5I1trKcvD9NJ82qTd+k0i4AIAT3adS+qjUUy9SpvqPjX /IREJe6ZQltl0A0n+tkn9j84TDRQ0U2DcwKfRd3j6Yq2rRYMAbZJ83k9vpG3X9/l09vl/bTQjmvh 7+QDnR8+3J49t9Bv/wCABptrdLMgiyNCyNPb7bpfrQPL/Kiue+fsV4BsIn3J9fGTgd/NtsMNe2UA Zp45c0pd7S2rXmwPtERt3zFumry+euoqXbJdvvm2mzAi0YgUAGLU35bZ/lB3M9sVZB/dgMwV0Dy0 EghL/ZkwE22QAQCWikESytH75paP9WRa7A60bigB/wBeP0/jb/a5NpNtoFMNkRNIsYgJWbTY/wAd jQJ+d0wALSS5Ny0rDW3npABDZbU2YSI5YQzO7HQSR3RYxrYrt1SPGvGaE0P3KN/U5LAJhYK3Etti 2t7SP/lMNjbbhU+iEqirG3ApCQPZSWrvvgAaQTAZAGf228+9n101Do/DhhftEUcMAQ/W9g/ymZh1 xDJAAANMssm9219m2nt307R8arR6CdAzLKnPVFq1LDLvAGhDbTJGn8s+0k2visu/vGtGAT3VsK5I L/8A0ZoYUCPWj9Nu2zbitgJv/wCfSayW7W/dX90lIck5xuwq74YgJ1dxdYdn8U9k376X222SSTS3 WccAy5UcPY1Mtryv/KNKkYjoA3SPlgtgmhFbb+36W/23SXzaABMBkeT2Zi/qtqe5Ad9lyKlisF70 Lln3YW//AOtltkev9ckn9CCZR+7IgAZ82Qw+kiVViEJazp9u/Ks//l9v+ku9+nksviYTQSEfv1zK 8y3avtneYM7BTs9wV99v+ttv98snn222ZuQIqBbICBGbNTs1EuP7AaSYlIQ21/v9v8k2vlutu1nm 91wIAIAaYC/kFqts5lOoAQSf0onnt3302nsm/wBPbZNJptPsY00kkb8ZfqYxxStzPhSdrH7jfPdb ttf7JdJNZrdNpZ/ZxFXgsln9/9oACAEBAwE/EF0jtC7BdovR7L0kr3G72ESHYbexVuOMOsqjFwxK sYLDT3FtND5wtiZHPYboQ+DKGtgeAxnDGhEaNbjCGKDaWwhCA0bMXcsY5gmy6cIpuNTiOCxb7NxF rdC0G00xpN40T6gCJ9UECDDDcbDYZ8pnooor0fb4H0DtnQCZcFdDwM2wyKoO7rQJwmZHQUu4HR5G swNlssi5EIbI6AW2R0Ax7onFJ4GDpWtypqLTJtsiXyNZB1wJZvDZTh4IcjSyxvaKto0yG3ZiLApR h1D29AhNEEIQhCEIQhCEIT1FnTnwbIh/ZEc1NnCLUTJHaGOBEkF0KLoHZH0ztjGmzH1hZ2RPgZrg dPDUEcMaYEcsu8kjNJj1sOBkTeDVuUMK2iPTDOgvNcFoe8Q3Q3wNGF1JCtwizCK6HaH0i+gmmzgo sl92K2MZ1FS3Gh4bOqGWbbG1k3w3XBCEJpNIQhCEIQhPQE72Qhdk7eiXEwnbOOljA5uMXKN1OjDc ZRFeBG4b6RHgjhaPUEoS3uVyPzGjE6txNrkbc3MnuZTkoRlwN8GUPM2FySMBy2DtsujIjRHhZN2s HJOyx1bZNsR5Q56GHI03GdiK6BZi6QwjqodysG/KqGFsXuoJPI4aqKLLQ0LDQoyqNntg65imxFgI rDXBEFWiJDdPRNCd7ITeBA3RXQroW2TJbt8Cfwx5lYOgyVSEpZQ8woYdrJ7ovCN4Qa+w2NadDwdA PnKG4HEG9kNW69IPQsvrDScnUjUSIbwYYCWbR9PyOMNmLXg3hpsa5siqzBvfctsEW+R7ZjWzENhs O4gcmIyPK6dGRuwiyvgXWhXxDl49jZ2jnl7HODZsUVEO41wG7ODhgQLG7kRIkmhzUhB2mRgJbeMb HliVyzEGnY2QStbDlshNexBsNMJyaGtQGrZfY6EREMNoW4wlmBbECbCUabz8DiJ5GfTNm3MMLZI6 ky4Gj5EwTwzs3QbdBuhv0G3Q7A/ogGIboMWUxPWmGg9thTl7DG0F0Ku8eRkvIxHfBvbBv483ZRkh Ca5L1CRszaGO4CHiT7iUkNizrVOIg7dps60bu3oj9IM2qYichZKfYXJhazThrSczTJuhxbj4g33B 0sblReIWXUd2UGvZMhyzeVjCzRBdRoUNjkGPL3HWWGxjZDKXAk4RZYn5OxRjgdDdxHYX4EeXwche qe1aCegBoiuRVcE0dfoERgnohCEIQhBtjBtjiYo17jWNSEITUhCE0QhwTvxlyPyTpuJ74LTrDjlU mxgZ3HvZEQ1LKHnhjrg8YmpvNincT3Q6YQ9DLwh3CGaEnJAqJ2EzY7JykIpOgp7oZ2wdMeQRsegF qqFWGOnwJboaxw0bcpUU3QxD7BEhpk0bGG2/XCEIQhCEIMWyFQfAQhCE9YCd7HSl5F3kXkoajeAx FhCX3FbKOEdNLyJzyO2ew1huexSDHcS1JepHkbOo2dUz7ht2CA5Ch1BHisy5PMXAxJ6iNQIECbRH kgaXKGg2Y3d0WD8g52Yk+otLI2zVj2iiSxkJ7jBYeDcjWiJ7fAaZYfQH0xk9YLWEIJ4doroQTvgT uDHgiIiIhCaE3ZHZGrcdwJuzEN2Ezkb2szkRht5FR9wWU0kYJVN6ZdlgTIkoMN8Ga07gseRtNMC2 TTpcF5sGZgTJikzelkhwwFVWkbEgq2kTu8T7EMZUVbV2OihpwIm8Jch+RP0ug7oafQaIYNQ1H2Ni 4k0Re4huF1jkDqBzdXQEtkMAhuefyP8A6YpLCL3Gbl+SEstPwN7yG7Mu4s5Y9WZyaIyCI4ae4iYa FtmbA6bg41bqeSEfQXSEnhiG68EtKzQm87+mBzPgNSqLQZhfAUuBMeMD3vZ1HxGK2GYoy4/Alsng TePsTw39hODo3mw3wK5aSFsogq4dHbC/CxwiF4+w95ghzgbsUy4+RtG51RHfIpbsN2MOUqaNmtTu dIXhifv9xQn3m+Y2gy6pI49yzcZ3HIDSRh7obw0JOZRFwSWII4B5RIY3Rt6BUG72QpxSjYj3EFQ1 vLOUOuCeuj3h3yxl4b+R3W/ct3Yk80ebIdOkQ5nsO4pPqcp0lyxcoZWUYjIkn3K6yNhtP7RhqDRY Zr2o82t+wy6SrIjckEvCL4HWPsdQK7MniSaEGxMSnifBsmk57CnBHGDvIzs8ewvhoTBdhjRbg2lp lP8ABU/IaGyC2QZVtRoUwMykl8De0Y1G36MBHyS4I3DSGzKHPcbAozfhB1MjyOOGN8sbyOyRFlEb AvsV/wBDO5kuCi4G2xUnxPAl8Njag6HX+hVyhndN4RHb3DpE3hU2uAVwocLVLmN0MTrfA37J/AmM YEVWEcWcmfgRWVRjdDLJaN2EUE3t3ErcddoRNYkw2d9hOWROYSlPLDJFlIZMFJZbL5EJxKu6olzg 7CEPhCJhs56N+BI60zeWJfcqcD4BdpHQTcHeNscaYdRDgdSjdlXkvhovCKICZdg6c+RVs37jDabd oNuWzo69yInbWMjMkbEyd8NG6g6M7hHUVmMKbsbtq9hn8Apci2NxjDgXEQ+mTX8iD/kJUssL8PuY 5uLsz+BGchfgaVJ7GLFb8HVveDSyngccr7DB/ih9L7wVVQHdqPPD/Qz3+40oJZxIJ6Fq0m/Bt2J9 0WW6XhCfe5ArOtFN5QebH3aNxHsNhnUH2G7hd0Ner4JvH5YzsfA3hIzhfoN5aYnTzPyNVYSYw2kN LE+xZcv2HxJnQT+C1wKOBsthhxo032PE4tQnzbg0/L/Bs/YTffjI0qNtngeTAYsblaLO8d4jsyfI 2biWNGXuPE6sQ44HU/Y4X4GNkN8sd/2EFMcKaMY0SuWFsyhJVPhCj/gYa2ySuX02HEv7onuPhohx O40eXPgemVlDNHPdwjhjdRu5LYSOcHQK5aETYGxjuMe41VW45wIhOgTYOoxnj3HJWug+jbY9uCfh +QfbvaHE+0e3z2FbJt/A3x5MymfAhtVcuo/iyGhZRDeyXwNThdx1vaJ0Guw7dmNPw4W3pgLBOWCl 33NmsXUSLdidvkTD6tLbDNuyNzRt/wDSGJRlkTcc3gdwd8ie4aN0NvQ2KI2l3sry2JWyY+kU3FOy K5SG/sdSxu94MYx3Q+4gbE9c0wbv4GMIr3Q91rLuYppPssj2I+wr8p5wR4V4VOOz9hBy02xK2cFE 9j8jnhS7IbmPgL7oGreo7THlMjfw/gTuXwc5TyTkNZZ2Nm2xjqNdw0cBSw6NvI3FcOUQcsM2uw3b 4izlN+WT4d6IVYcXlsbJxOxm4+4q8wnmPuLgb4IyMvH9GGTv5G/DY2cj6ghs6cLs6j3jCs8swe1G +zOxM3ZTH1DHGFAwXYCTz8WiG7Ya4Y2fVdzuiPf2KcDvdDgl0DQXAmzoYG0S/A+kvkhwr5MOELoF tqO9Mq7DZiY+ThPsOLJI35/IZ4MoNYG/ZUa4+RJcPkVyPGw9unuh3d3sOIh4Q6tneyIeya8500+x L5Iq2F7J32HtR/BQci++CXKd7QifuBf+dEez3MMv4Q8cq9hlUhMbvIXTGi2CScDz35GJIG1kl8fs Wbfkln2kbJN8FdvxF2X8skqabpkbe3YfUIbt6xsy4KrkPpN7nQ3zSC2jb0Gx4O0X0YuoIm0fcaew Su5lgOkw3l1LwdBUfN+gkuavcl/YaNp5MfP8ht0V5Q2m6ZlBcaLwNy7ewxx90dSL3Q9hNfJVZfyI bv5HSQW2UchLpUJ2/wAhLePA1bPwEXYVP8hif+YLnfgHRilwS2cHDcIzLbGDBiyuBK2nwNa2XrBr p8G5P4SQjDLdk8kmYdKNOj3Eeb+BR5cSUZPybxOd0jhtvuOzdKztDToNXwdiErZsbuWdkT9g1K1C 1uhjXYdqc+UOcidBWE2YK8IS4e4aFFfUbOlluGuyQl1MeUxEfVfYcvYipsg3PCfA3sRwpKdYIXHw IXgpi+K+RO6fJUy0hJ2VJcRLj+zgIpyMcJyvjRHDb2Ht0W5DP2DxDhbZDl/JyVj5WxJrG/k6EGw0 Ow/g6dK7BbavIo5S+BtWxe6G/l9xN3T5GuA64G4y7Q+gdoy7Hcn7DXq92NL2BjcfQG7gYqNh1wvg 7gb3TP8Azj7gR3C7fkQWPhIg7+Btn4DG8HaME+ZZ5UJrdnRQgpl6s8IN24hxpuQiOs57CTNY0brZ VbHnOl2BI4OKITOiKXKHXN8HaF1z5H1kvkhhNe4nvkexuN4Q2WY6VfI3bsIbJ8GCRPApbJexTj7F FdCgq3QkcP5FHH3M92ed+B9YFK5LuPtjeBexb7ewuAfMeB0UJ+44iEtkvgZ5+w3csbtygiqEYorR wN6FmzeksXrk9kfWMW4+uchpexwHemDrDqRx3GDPvi6zEfeK8mPYd9HdWl3V5O6PqD60Gsd5MfIc SZuk65Ex5cXZCCwmx743LGO4nLCXoLqmxwhQxl9RnDY4hrco1s/c64lir4MeA37s50GrehQyxs5w dxEeTxHhO4Prj6ph3O6S2HdHzPT6T0H1juHcH1EdVj64+sPqHeO8d8XUFnKXbnXjLlENxDgbLD2e o+8anl+B0/Y0jHyjS6jtLL9hNqcG9a+A1PDOZPwTSk+52nTlVVHub+YPeuGVltkMYQbMV9Tjp1He TJvjlDGid5Ku1JLL7id4rhc3LzcFsNnu/cW7LsOefYyxfei/tGLfYSbHt3yJ7M4qPZTS6GD4Cfh4 8ldnnrSWwMW477FTDyxIQLGbo3lge83HAkr8j2LsJmmk/KHLMHdMT9cl55CdMr3EPmsXW7i6mDqC uuwq3cPJje4ZXZ2H3l9R0w71F1MLdlLmszzZ0N/AbJb+TJnBc3xyZP0XNxN1wuToCZPLZe9g3ljE 8vCEufAlWS6G7vsIuwnWkJxCBk0ez5OxiGwi+IKjwkLy2XYf+HcQt1ucFY8GQuu3Yx2WfAc7l3sc 3Xajlm0bLd9oNG/sPZSSXUennMXBHw+xaeEo+UJVtktWWNG1vNnR5t1dx5JN4e1KsdyPOZb6wuSV 9Bs4411Rnfb9jdYqXL3Ynbw8c8jEn04QndvAnXlke3VMpFCWw3SsU6Vkc443okbm/YVsrt2LkSxB Jd3ZeBzhJ+w3Vri7mG+w67vrsXukmRvOHCg3aSV8oj78jEt+oqTAJXvU2G+I50MXngbLmUl5uRj5 8EJk6Gx5KxW8NsW/NRuG+0N1sW+4rVT9xXzcY2JLAq6w7k4Jm6vUc7Ot9ClnniFvd4KTztuxcGxt w6J5Nh7cvItizuzO/ZkTLPImeHINls6jZ0rh70lhKq4g0NO48mLxt3FtOLPTn7k98JcHgDtLKIYW CLDaY2jde/UbcN90PsXO9Gl2TyZ2IuWKb2Euj7D4bb8E2lG8YyISY8inwuwxupJP4G2tsLfqM3wm 2MnPx1SJU9yZXlzTNLH9jdOeaJtOS3rgm1abm7bEqxvxPxkanTu7XA0e4uPI34fAuB32KYrT5Ype 5ndjpE1fsOrmG3ynRiZd7Igd4W5S6tPdlJ2VNn3Zb3aSfKQnr2L74FRTZb3cTpXd9Vk/9kNW3XfY zLIm24tKR94QdV17D4uOcCZVdt94Jm2m9sRj1hbobN3YhNppPyhwTbqJ6jfhnHV2LhumJ2XhdlsJ WC9yqWv2IaTTwx83ccGxu+B4x03twVOjTzgpJzPbY4PPsjYfL5IWHutxZLpwhp5770UH0ezN9TD2 5LhNJmwpfOwlPMxvgh9I9xdDzBifH5FrHhHuZ4aSa3jHOF5UdZE652hCQ4th2vLm4xXlYaXXoWfS ty9z5xg6E8r8CuPAVKm/HUqRYfHA2y53bNoqylSSbXGzH2uHymNplPsM7lCJ9n1KNxBk6nkMOJid g1SqrJVq3fC/mknE+xmX8iW3h+7I1hpy7bFRt7tkNpNvO5QQ0byl3/giYcvekGWW0yNQrcx/zKlk o31E0leL3GDacHBphTDxJSpvzuxVj4So2xnYSJVx102d7WN1Va/yIyvXHRidy1GyFR92VM48I7g3 wTleCGyUTadfI7r3BvgmsPBDWGluISxj8QTzcY2/mnJcNbbZE823HOBnLUi3aN3LyoVkmq6Ed33S Nzl7Ds6/YplnBKx7iaJvMNze66jXduv2RMXvgbXp0E6XjPt3Hx5fJhuVeVyYYTdWcsazy483gh4z PjI01ngbafpgaNzd1yWLt7ITTltZYnbvjeMW7mdhO90tuf2YNRYWWNMpVyxVw/YxcHBNx79xkTys DXk9s7Ce5d9phfBkq/5ETzlrqiJj4/7B1n4QpPKjGR5eSW/xTdJklt0jl44yNpH4LqNm8RTcaVnP RRjFhN4b/kaWHMrZ4aFyTN5/sRdWnzHgWVpBa5mzaMbbe3zsW+nkScZKN4a/Q+7sFwddhWj5bKv5 Fht4qTTxg2Rjk2lBpJSn5yvyQkNjDZYoksTRiqlGWXVn9kJJYfUcGsTlq4vGRvAlOUr7GKmnljPw MmZ2LROzfG/5MOTXq+g9hj61hkLD2WW3ByqI9mufYuLA8JL8jPDRvhRia0quyz+iu3dbfIlRNVys QpGJ1Y1pFDg4dHko8R8G9qlt/wAxVu498rPsM6eSfA0Zl34GyNrCbidts+BO9ThMZBZyLDzc7t7C SbV46FpnOZNxI0k20+WyZ7quR0W3hrgdE7GvijxPdrDS2GoKLOy5Grzlni8jSM5Q23thfA40Uwwn u2JcJrHQdk4SSiY2o2k28Qd0nJjsJrrnaYJW6Xl/IV0ZfPYwxh9P6gsZMNn/AOEbRKJ3V+B0V8lu YDbTjKuM9xolWr2TW39liUca6ibqeS5q/A5WlN1P+IzlkPDW07lRiwp5XYIWMXCX7EaVWDeV1fko fIVNknE3SZufHUUnjbnkRpNMOo9RbTNG2WN7bURFFmZYk25fH/hnjE9g44KfDQuMp3Tb7iuZC6EK lum0tnwKzJXL/wC3FJRZGiqWV7B3fDYsV9kt/wAHDa8buDulnbEzGKpOAjJKNo+jKHbWo1FkQbyl 07+x1tLPPUZbyxt8Yb2X6DU4m48559yVPOU8Xj3GxKV3Y3Q6acG3w8bOvKfYTeSWMimSN+egkpx3 tnyJscMbM1FamVLhRMk45lXKnsQ2qmpwhqiW73mRyqUa3nTwJMNyPfMyNFnnlUaHcdpz7Ckk9xpp dDO6I1Pj/thqlue7wm0O9s7hUNq9MbMasusc5IaNk10TyVgsqURRtYb4hDbzlPPJm/Yro1zd+EYy 79+g4N8iRcxsJVZW+pXNt1cfsVYK27PGCXiR8CRYL8mJFvUnKZWnjL7br5MCbqbrj5Et3H/bGKlx z2IWEqlltsN0scMbkuxUUjOYufYbXKauUOETdhlCaT2bsFCOJXfgbJqnBcGWlCqf2GaxhO8Lsiih rpmDK4Or/iFrtw+RiROOv/sCarOfb2Yl461CxSOtJto472Yj3bLkdIzOiu5gay3Vj4Fa5zn7DRnw uVsZWupjotqXUhI3EntyY5Kt7VtGZLPyHVHOq/o3qbnaPIx4Tj5p+gPI3bg0/L/wZN1wxjkQ7YXV m52pBY8JJ9Y1ko/QbhNtLryOZJ28e5ufsv7Etna3uhszDnMlFRMpC53rjcQjcbm9v6whtZdLhpbY 7obatlz/AMx0osrivgxdZhNM2xE+rVb/AIGwVXAaSeGmueH4EydXfoQ8pSrnb8nVxuO1Z+R4SI+z wmTPg3amv/ROgvYxPYvLhpOVJpZ6YFWqaxic+WNs0LdmJN1e7Gho5HipL8CliU8tufwVpqNxJ39m LbLst/NGTTjjjCFbEdyeStxS6f8Ag2o3b0z/AAYE28cIQT5NeX+htpTj/wC7DT3MbGSTwbeHk6i4 mFG0k2nt8lqTztlvH7MiVNruVtKOPnwY8xXpTE8uhWrCd8/YVZTca56CRl2dFEYUVp8ZhUecl1zT ZxpvgroRp7KtiyHGzX9ldZ0TODixNr3yzZbayw5n7Ga1U+d4vkXfexRu+UcWPkZJht7GuBsk++y7 eyYpcDjhjppZkrhzA6e2t3lQ2ir5STYmbkr5ePAT6Ikt3hL5M0RR7yfN2MK16N/uihYbPg5PcaFt utuX2GabIRrDeZ2KZdNbNod3aprPb7jYTdip7/gpltt9ef5FWUrPl+BRHh9f/BUie+37HxFsun9k kns3c+BbDD4MN5bz2e3uLbhp0X/YGWVlJcN/oaLlHtwO0nnfhNufoaYdJ7Vn7CcyN7JIbRd263jM cxdU0m3WNxc9iikW+WlFR5W6LEUomZflr8IiGqHTj7CNw07P+BMUfmPP7ItrDivP7OlsuvPwZaW0 t5c9smcGjTznA3Ntk0coROx55/8AGNl7p9JmdxvaqtnYtzA004e8z7DK3Gr7NkvFTo2v2JOFNySn 6RHF4RKN8vpiDG1J3bfwLdlJdDy4UarY2acwNKTDWyyLSTaXYrljmlwOrBudKNrZvVSULNYDEyl+ iDDt6x/ljTIrnEm5Kp58Y5KG3WPBtSjy8CZhprohQ60mu6jQoewuXuzFp3sPETHcSeF04aErs6lu 3diyG8b8icG3N09ybc3ckQkzzW/E/I6Siqt3iCVW1FIlom8yugSxpYmzQ1jbx0XyNxf+jiryhDOr bOyomJLdwlsNm69ngbSrrnKW45BcdMF1NmesREzdqXPcxck7tym70yn/ACJkmkpxyxrrUZcIo6ku vX9DRMSlMO0kyiai6McZXsKKZ6ujTrKwwoovuVTr2lxh+49kbjjVqhyO+H8C3MWxeSMBPLPnsjE4 V7YX4EzKSea933HbjWF0SZHKYZ4X9j4E7V37Cux1uqWBFWae+TGt94nasZkjw+JSiSTu5QtPFOWI VYKrdNDH0rd4fpik02m3FwvyX4HRxJdnsRTcvNYptwimI1+x6TBrvP0Pg2urqyvsPpJ0lu0Q808q dVth5IvMp4q5MhSXv/JcFPosv7oZLgmny3fuQZeW1b84GirrHL22FUcKlhzIkpGGY/geSaaSc9F3 Io6dsIeN8KY2G2niFyp9hLZbuypBSTudY253EvU+jw3+BtnQYwn80yZq9iW3wLSkos7nsJs285oS yd8DrkpQsC3fD7jdNptNvKy7PJvN5PEqhkZrnF/QqWsF0r9mZUSvfH2HaRaPbkrfPsq/I0wYTsaT wKMLnDbU/JgJF2KNe4zJMbFGvwPZMfPwVWT/AGdCcb22/JWmcrjOPijtEkVbichyLCXT5KR1ndne LA052u5ZxxN4Uy/yiFG43UrJNNbuJPyhKyRLn/0RvbaK4be328lIm2zJz4o9w7F3EJaqxdyia2LG MMRUm/LTwiLSZtOZ/k2JLKqW8Q+puXY4vgSNbuuWbQrlLD6+BvDmVlL8DgUtWXKxpxUktuD9zAsG MlJjsPBQTmJytyA2Ucw5uy28JNcJM+Fcjxlh7Mq9+pFluB5bX2EbtKPC3X2wQpHyjKYkLk7/AOkl VlsqkWtO5/Ao8vwToklwtixpJfIyG8LhVs2UNrcpP2N0W8EuU5GqrRt8s7h5EXLTrtDAErne/YZL Cy/eDNGe6Rkccm7gjby0zyJokNd3+hywI4Pf52Mm6Zxd78G44693L+BLMLxGuUINptXm7CZlJMRp ZqqlzyU+FXba9Rxum61tu8Y3HCS33ES5W73c/cbTxlucaf5FyZSfDQ222qostP8AgJODtXZU57Ds YTCbNV++RDvGeXU/yMyj5oq/JYlwRuj9lgmhSLg17QokzGmHBfEQyt4csYlKSblSSyLByNddl8Dm k0zeyRtL7ip93a4ZsI7xEXzBuZOGOcedxq2iaw7KxqSUjqgm2vKa2NMmUcLh4f2G8yh0TPhkKw1V baQcqSNnnDQoSTZtm/YV003MRpYL5e1laVQ9HVDypIvuKOx+TTo5Wulbj+IzkkvBf0JTStuzfPmM ywU6H16qlJLDnZ/BxJUuGy+dxYF3zLBsw23VtUJhwdibRs143fIquPY9lejKaYxz+hXuu86YGkXZ P/s5G2svZt5gsMI3tH/QmUlO25iynl8kRcZbcSGWSy3y08e4kOqWU68/Im+CT4t5fsiydXg/Im1N l2eczjI0VuRssFRJzpLe+w8LOvjjI7OMc7beR3Z2pz07QTecXbjx3GgsI7JflFrS6GwnO2+XcCpu mSUa6bfuFVpn3hE7Sw3ymbm/ZVMiuEu7GncS6u/A1RrBb5X8D8b1nDWDVVZhTfK83YdpPsv4LJhl 1bZQthvLTewutJOk/ew3W5tGIht7prH2G1ORWbFJ2ETqo8z24hPLTwpk+Rc5x3mWNZuybtH8DK5X Kd/emQTgTXL5Y23a7T2ovsVYUdir/hjduWcPH5bE8kaj2fIkiym+E5yUeGVhbYfcaMlHu+YvfA5c tRZSj/BVVI0lzU/2Nlt4Fd7eWZl4nYmd+wsidOzS/I3ttpi3sXnoLoorZLZ5Q7hyDyRGXQ5iGS3u MM/aGyMv2ZPuJw1hb9Cqbkl0J/OUMq1nDNuNqzZuHWwNY5cdD8M2spnepj3JOdG5RM06q7u0eBjh exoYkoHyZK+w2mhore9Km78MthItlGyGyp7U6vwx7alwm4ETDJsPc/juJjo5SVWFwNXkrwj9wg8k iWz9NDzmjqKpqfkpsMpnJjjaiezp79xJN4+cNfkteZzx9ytjvCzc+xBaw3kdEWQk+sv2RXc/ODBq W095RMqS2Lpx8F9s8cjbXC9ExOK4USbjmNv4FLSIW2SonEsNv32HWm3Xs6l8D/y6hSpssYL77jeB lPcJrlJKYvApI0p35Y+1W0acGLM2lra28JDWLc7FjhnWbTfBBXU+uTZvLhJT9oi225eG1+xLJvys Y+GPNb3QRZJroq/cWm1S6Hz7FUmsOn9B27pwb39x7UlFzhj+Ws8SIYttjwxUxk6JPccqiNctK5Rw Kvs/ZPaOrv8ARJ4dT45IZrZhT+kOCWNsPK87DY40OqfX3ELfJc8b7EMTSa5z/wCjJVbiaw8e8FTS deK4vfYwSN8TfPuXHONm7FfgivdW2f0Pjguy/LHwpc4a29hs2k7ztVfcZ0smWy3pQ5OjkSE27vZr 5HFWra3TGSiNpcYRFVbxf8k9x3pUeGldSUfJclk7uMwm67hw6F6F/LEG0r0jrwYZhrC4wJQbRNbt Z/Bi0RO1Z/TEZLytd/gSBMlOU1SJW08o17sZWmmOmP0PBM0rxE79iuN/SBXdpjKWCpcxbtPBdsrj KEKE3uiidZ2n7MmaTi43Gm7HmPZMZkkqToiIilLl+oSJtuhVcVXk3RmS/YENolcJ5viMWW0n2xl5 Gko0cwm0/bIo3H1fRjWmFyfDwNHUnFvLfuKZLZv4EyqRVbdw2ihZ5bXI8VtPjG35Ip5aT26DRMk/ zgaNOK5byKibTnd/QuslhEt18jbW/vP5HrFNvos+4y5NPq+4jMZ8OZ5Fa0c8B5brrlpITQpJOprK qN2pPl5g1M60fNTyNrSl4zeg3Xz23v8AZTeF6y/o5P2CZThdzWf0zdMN9XP4M4nc3xHfmjdH2mxO eZBtmkTiY/kTSlfH8oqV3K2Ua/Q3Sz4f5hgp7bNJJz7MrapcI/gX3by1P7EMMbi39DWBsl0r7RM5 LYWU7b7siOut3P4Gtm2rht4+4qnjWU4/ykiGNu4aWV+WKUzdSNpfBbcVXiH+RnYDU7P7ITtG0k7d tzMV4G8d24N7SHCs+EMaTdV1NTPyzgLlZn4SMidKRcFcfBEbz5kFtUo25nuKVd55rOPDieUkxSl2 HWp5EaNJrip+CLNUt1i58lFqfar7uMi7k9mlv3HnWkn1ayVZSXRhG3Lb8klWyS7jKlVOUsDst+R7 Z8DvPd6dBpVdZz18DaWLHtcPxhkVPGt1cfBxx33f7EImq7dRlNvLuxKs4N5lDO8Fxj8wbtyefCJx brfGRq6G9Q9htVvuhdAuXP4FdslMpbe43A0nOUhpVE8pjREytJ4rPwKVU904pRMkpNb7H5K20qw8 LPkdU9vEn6JFouuwownS6LP2GilbedxZHSbxvkrLPukx0bFymiCNm7J5Y0UrUdXEx1lbOT/aIkWG 3u06/gVjlPnf+R0lWvKrf5E6jCWNZ+5hTDrcPcgtxcro+qwJxhOLd7OsVZppd06Vh+gsX3GSJtZu E3cjT3Jr8l6nFw8v+hx+A6XYJqZTHwWraSbjrRuJNbVRDpGs1sqsfgVo6Z2v4TEE1DcN4/KNl4fC af4JW2V6JZ+8M14uevtRW6NJJwXdaY3b/pjTdOleWvyPLBXu00jAJDXKp/OB/XI2v/oTTI4tX2Gv A9Gm3y2isaJdLV9hQmUrtc+7G0kTmSz2yYmGnuynW8dI0QaZNlu/ZiHK2t2TaG7BeFifIQ2bI+VP fpRZxJThC/CyZzBsZtfLY6qSVtfohjuolkq18skace+F9ho8lXslP5ZhW5cRPwiUeeMjGjB4NziJ xgsSVH8j3y2mt02xLVNNyV/DNhTo2/GRmlcfA5tTuRsTLwJtEk/AcnK6Ei1Ekrw2SW9tccFkTTvQ hwml8QcQluUqKWsus2+UOUUznORw3N80QwMdP2QmU2t8bElWHTa/I3brDb3vA4nHimUw8ciaPdjX 37tDqTE1vNhXD9gbOX2SKyPD7ozvytmhNxeN62KlmzyOdmnUSUWHO4LbNtZzjA1LcLmT5EWpXzm/ aj7/ANDc+xwtPw6mRRtzZNtWvkSTAWWt33Hqpk5y3KYknhxQZYRFj3LUeC62FJ2dhNQTOqRtpCok 1bnKn6EpLOJ2DCJ15foTV3c96/vUXgScRoZtIa6sz5HkW43xLgorHehce5W+eHH8iROKNbtjWKqL ZjFTfyfDbY0pKs4zf4F6x6Ks/KE21vOhS8JA23SSTd03w2IJvsr80YxCM8h+EhuVcRNJfKyPHhOG 93738iJW1PZJtVLyFeA5VPhMqU1+B5+YN4yEUx+KZ1TToZ93BaSJyeJ5eSZprcwkzXwiFJNNPj+Q fLVjCL4SEh1NnsnG38sjw8NVZeEiyJPB9Tx7tL7GWFSwsfyDZ6jT2VbnvBt4Z6YRCIwNcsafcUGj Zyj48jw3eSPHiGbCedkKG5butsPssiD4nL5V7tIZVMODcV/Y6yzdt3RKD0NYEXGnyWSrhs2Weecj bYPxX+oKWUdNhIdbU7ommC6LCKvZPIiuKdUM8PjdjYplT5Odk6sbkftbit/UFljCeWl1Grlgt6Ql 8CaVfkTtNpl8f0G+2l9gSdWOyY+8l3SfoTNRLNnsZNuxruI7O3W0RbUujMpZQWJ7RiUe8c5KmW13 f/g01t4Bukjxss/KIPCwtsGIrRLll/eMSZPIllyJr4EctpF56+RtFJXVvk/0RQkTDTb+UGW6JbtN tY45Kaid01+KhJxN7CiXgS20d7vGPsSRYb5XZj20207v+BsdPBlc/ZjZu3OoT4QnVHd+wm3YL/ZF waqnL+BoeZPabfsYVvFxLnbeoahypPEmHkxqULbFT+RMoixhNREJEbd3id6LwbTfHP8ALMgkd2zf wNJJKnvklPA0tRJo1uyDWLlUmz/jkxjRNbsApJYZW/tDApFXQ/dIsAPH5I0QUklivJ5e5QSVswC1 p07tvzEOxrTaja6e2RlFrtaXy2R1W9s1P3ExJqYh+CGh081tElfdidstO3fYQoW3mW/2RZp0NF+y rHleMqSbb7qDIqS9WiZ8IprdzatpfYw0ybbuQXijyCTXKeP4GxIWyS5PyNsiMn8fJmV8gf2FKlVL WkV8VocJsjxdhLjA1yL8n7Ibio2ybSXtsJlZKdXx1VF4YuJ8QzTRn/BMboy7cBqew1bNW3DNQc05 HZl/cbXZv8fYbNtbntyZqm21uohtIkp3Q3SzJ2Gtm+RJ3EfYSRmtdaR3souYKthTp/6JFhK9kxUV 343wNhxRvrl/cZiRq7LhQwqKnzcGebkWyWBYRVPfHyUUI/YcyLwommac5Rg94lmFXYfUNrlfGRoT bJ9eBOLaXuKbM2thoytPbA438i/tGXOCYQmt9R1/I1+gU/BKLdmwI26PYzlSnGc+aM2aQ+yjVbbS Vbymn02GfB0XAdJ9OEz5Q8knOppDLdQVkylXR3kZG8Jzl34MFqRdy+zGxc5e+P7FW2ZNbJPA1J5N 8tn8GXFV5bf7gqFgXus+GyBpLwkp7sq5Dy2v2hITd4G7PtBNHRuzj/IiPZ65+h1t76Nh4d3CaZVS Vp7kiIp2JC+yBq2ZNjXfdNEPDawaifdtjIb2Dbr9g2atwrVfKg4V/lN/ORJMd2iXbYwbJ5umf2IY 0Ta4W3xooQWKlS+WJ20u3TTIeRPA4Nl4ibpmpqTdONsbyUVy02/hRDrzm7EU9hYSH1ZWPgwNJt2y xVubWacfDYqSzfSi+GWI41cJpL7se+s4f4GbAJlppDjjL93SaxXQWI8laSeBZE19vHsNjbUb4bx9 2M218xptewir5CO+xgjcuiTS+GNg26S3wf5MDqdVL9mRhQzlsJM7eKNTlvXA0KfltDp7PBEds/Y5 mnYirTb4ElTTKctmHrZ4yZGDOWNiTYW7/wDAyuR19XBBxJdr+gjLbiXUdLMV6vAqqq6JDFhhumfk q60nBLC+zHZJyuz+xm1tljOB0UwpyoNTwy/kjY27syK/db/kT4t++ROWUT6T+GWsNe//AKLk+BPo E9JbQUkcToOHlRibdFzHGLN3DuJqNtuJRGVza2q/loabiXVMNZ0o+abXyhnMLeQvvIIuCdJZw/Zm Mycpt0Uw36Jv9kLko/b7FVbYnan+/wDA06qznDn5EKkTXG5R4kTlNREHCVUPODYzrLF+xNqU/lEm vZkW4WXKa+Y2iPO0bJvHeHWahtmfA2RdGBJmnRc80j1Sd3ac/bFuVN1511ZZ7Dzyyo2HbZD+VN0V edw0GYSW/wCQbi0vOC1zy7Gcw1b9EfcrTYs5m+PO7BRWmGCk996HynrZfiIaKJYavtB59apMY+RM yism9sJIVlFYeOZ+yRhYXskRsdW2Y8NKPKyZ8jeOnsqS/YkYd0fcOgeG78DE2Ve6tqdthdWtLn+r KCubqvsLbK7Bfkgipc03t8Dc2q6Kr9jFZrrUX6N3E4bN+xtrPskSwTxRvdNv9CcF5dT8shSLxDan kyzUOKkypM23SToiyzd1B8lC63IruJumREydfdCHWhXmjOZRdrX8F7PsG/Cqm2xbVbbE0kixyNnS ZY33TE6bhP8A7gSVTXk7sI3t4TzWtEw3zNZK4ZHTH7HHVc+w1tJxuowmC3cEEthykQYJq54GuVdG UNtpzPcLIbXjYhLK+MjV4OW69z5O4jvL4f8AI2NwflC40sdGy+S9uRNJlfyKZbwu4wksuovkySyu UMJb7tn8Doi02Tw352FkjwFkRAWHiKnCvOaSpnjix/YQ2I3zyxonF4ITqaPZjp7Bivk8hGVfcs/k wlcXG2BXEU30XfqUwa30TTXwNdFcRDCEl0MJz2Yw8SLZpN5NvZbvdfZISFl482QiTDqbxtKeGSTc 9j/I/buxafCKjfAZU2qqCEqueu3l4GXht5znsYdEpSe9HUMA2txJPcIQ9TK89zkrXDbvy2bvDDV6 ObLdDvZRLF90hM8i6uv2kKIxpvKbVl9izd8qw2HVkF3D5dIBNXd/FOgbgm/syN5L4iL2CmzkRrCe cmMSuiyX8/ccibr7KnyxqcdThMfvENNXTsWhj02xUm581mTadf8AW7GREiMpU38Jw2b5u/8A0fke LZaT5NvwtxoyfaKnub7K4aT7GC8d/wBCWuBvD9icNLL3/wCyURKc4v3gke08pm35zgbNmWfCILu6 Ibt3yxssNENk+q7HRwRPOH2YZORjI/8A1mzZLjajK6eXiCbw1MOYV/Yiq61bU/1B5V1rZcEN0jnD rGbau3VsIpLPem4iYJ5P8QTY66FlomFdconhJobNWi84LHv8D69XcrlL2FuNMbtn+hcDa85M3l5w JjFnZ/wNVJpN/wDdRFMGpumv0cBPKN4Z6YHtlWu2fsJ2/wCn5F202XtmUmJW+5rgVEkJoM5B7pu/ Ya1Nt94Wz9jaKUst+zx7C5vsN2kYqKbz+hteKV7P5QxKqdgJyVfKH+CN4G4xUMQqb6NF/wACqHJs PFT8YHeLdU/LhA3jjb2LaSdosNxJ8oQol+Q/sZVknfk0MKz2nU0w8wzlb/DDhkrZLXutCYrm8ePC Y9GEzjd+SsyLlhL7hJac5l7e4+9nfIIK4J0Jn3HQXY0l7JwWQxbCfsMxTWz6q09x7zzDYb92gp1D KJJOd3RwXPk/I2mh+6LZ1isiXUK8/gZEqlb2t3ToOY2Jtb+g64axslkgyiafAEmmTeOlXtB4t9kJ L7mTvAT+BvyL4abnv1EqufKK3+hJWC4rt3wIxbWzDj7srMZRNvqO5HNbNGQs0bvyl+xxxdhx+CWW j7ujyh+CTgktW22Nbmy7s6CIwbGnyNMqEMS+yfk5Kl1ePsVyTE+iTaLjag4mX9hbdiUz8DciUpum PlCsQur4KOIaZa2Q0Gy8O1DTWujVePNG2g36rN9hJeYnzKxHunnA04ouieRKqkLWTk4JcMvfB1Ml LwdlCWTK68ic3jo8CUwrOzpRUz8iS8V/casPIzTaZ90iyyjMHn+xnbbomKw2030Y3XtL0aEmNBbX I3OrrFBt6k+2flGGSafaj8rsPYa3V2TQ2UQs2hvabjyeGJ3XuY/yZantFPuinykrVD+4VZuWI1bX 2GmTd5dRfGwm2WR8vD7DHDaU7z8oov6J9jOESVSRXxMMFyWxtjwKMRU9oF24TFnVlab+ahaPcLJJ /LwIVDMpkp1yxONN1qf7LidWeRrtB4jnNlfMCTx8MZ9yG3SXdOobBD3Xl7VFKaTJRZd6Jp4QtlF+ 8E9SvhRflIIid4abFtPlotdy6D+BqcKP/wAGDyBCWCp+EYz7YK1DMZJ72J+MCbgS3Qy+mUNmnLUt +MIVSJrejvgbT5r+UPEvt/YOSD7Dj7nghbTz+DfU9z9inafqw9vuOJz9oTNinRabJB1b/kTgq/c5 W97PwI7LxG/0Jclj/u4k62k1tsJvY/BPj/vkTCcOrhwWmu2R4NxprKX9lJJU42IXDOrz9kIO2dqR Y90PISp9HUhse6vSZHxyfG/6NvXG6mfI6RpOWNtCElLnUJspp9adLVrjIlW2CKfemHsyHBX8ibrq uhJuoNzZ/NMt1nqhR2k+42iq9qI+pIm9ezggxW5Ra+Iuok0kkjxW109h9SE8PYa0/m4EJUy8J5Gj Kry/0Ru69zrLyhueNr3RbpfVtsjZaa8D7s9ynKV8obZU4sq2jDabjy3kTGFLiyEM9EWb+ByV7eJn 5PruFnZG0T/UGDzbPq79xqSqtzMv7iBZZKomp10S8VGLVI07bbD7xkbbiu+ES+5gzuwkic8o/JiY WFILxlDTJHs0p90Klo2VJ/htIelilwAKwz0eZ2SQUJuydKezCwApZbXxYS8Q+BP2RDcmm1d4/jA4 egov4cHlSQ29aXySkjdqX2GzsmzbF+BYDfUpfuxhQzKVOvuxLadVuoT5eRn5Rrux/vR2Es10Rfgb qjjhD+7HCK3y1H6GyXPoS/YfLOxx7IcDKfBHF8DVzyGaV+UZlZFvW32EWcTb7Ie8dXjL8FDapmLh +jqYXQxPd0SwRQ6ezaJjjbndjc1NeRmWUS6ujhjL6JComkT5TN6zs7krfsX9oWm3jCQsOgZf6LEy Lapt/I7ZORrhIZKt81q/BhGvZ4b+wnkVnCQQrTb6G/VMfg9mG1JbspfliR9K6sg23ncaT2efEHbx 3Ql6xilYyjqCRdGdaivmxjtlprsX2qfAlHvezKswdAr2X4N9JXxuN3VGisu/GRk3hOobYL7DuUXL TLWznsV0d8BFdZpdx8GqG++emSospO6G2XJwMT7sTd7rMmL/ADCJG5eqO+MVwvNg3IpOmUUJt70f yJutL3RobG6eZVP7iLNZ5H5hDqFw418g08tZT7WOjadxNpE8iAG0rYnkn+h6jgP4VFBrN1BOkNSx Np/CQjZEyryj4qTo5mJLcvkER0WmXay+DCqlMJttflhGl8vuqMkeuESN+Wxk9+DD9UaQ2o9km2/e IWDFH3b5whSRS5Qn8hJNdI2y/YTHhbVz8G+GWzX+WK6b1VFSMYt1f0Ha1mRJufJIbUiXTCe8MhNn dpUPdGxOU+r7CUvZsmTSv0r9ofM3wkJpkvLe1/AmLPcS/gblI93uHiJ5wXaz0rPyI7RHcVViF3XO yEtNoOK4UvYxsJCba9GYJ9uUJdjq+MseFlsq/khUpjlIvLKv/BVFa7WiFadfMg3RNae6bg28JF9x tE2nswpjyPtVNHXJFE0n0g3saeEVy2+wpbIbbymXnSx9BMujG01YJIUcovZjpuHEan3OBfJhh5Mv JYcUipr4fA3Zi90OCFy5HvpX+BNple+F+x5y3eqZukho/QcZa+UOcP4wJO7fJWsMvV9hYzVvrt+C VU4JUbbw6CVrCaf/AHY3Sd7Eap+wul48iekqTnDnwNZiSuP6DQWe1hzvfKDd9Yxf2E9Rp1JT+6eB aiU6mHPYIODeCmPboLKxWtVt/coldhV8jDlL5b5Eg0qceRZ9kZJSS4Nvhjsi1ul/gNySfWfyhuzy 7pP7IgyyvefqKJJuXk/uyzO0tmq++RqSnbsXRsMLHqGfoZF2K8ZO4tTfD/QzCoZymGyW7kBI34m2 6rF5qS+CeV7sIZUiXlpCXKkuE/4GJUOiTr8ltyOW2X+Rdqt8qL7QmIEoov2QgQgkzT54MMyakwj8 D2YjzY/0PT4FxgSzw+E2bzopp/sZWw6sTIjwmVm1jbLdp+xWnGOW0ho8PDjcRZ7LSSG+6G1PgRES F84/A8RF8ON/KQ0jabfUNJ+Baovpy/AmdPwG7Le5qx+hmCOrqJrza4WRRhuHb+hjCZ3eP0PweWZX Im5v4GL4E5ycDryNmzSYnbNMjo0+uyFPDXyJC3NdBNHK1eHsYbJTvRJsuXtj8jXU92PwPIp99xO8 nfDglRNtLq6OMPHd7EFE/gbti/gnNUr3EjW1+RVki703bGEncVvBws/JLePzf0RdB1VaIMb8JotK J0okSbjq6Swqpniy67Cc+GH5bjCHDbTdfCj7C2rt3D/Y9tplGfwGJJN2iES+INri90UvtDMtThsz +7FKbNsFO+aILyhJ96PkbRzf5JMt2rXDVvzgatHXwT8sdZXgMcSfs/MLCVOCbX8FCkrbdjJTrU0L m2NxH/bEsiR1wr7Unlw5V8wTHGa9jZhTyKrPHDN8i4i/mDnENxCT/JsRz5aN9y+WvolPsqPgeBDf Jm2wIOnc4Ze2uFV+2f8AID5HZUa8jNiE42/Am9UPd2T3FXPwgbpNxttmwlgdfNIObzUhNRGvRY/A lch1GxxNEuV7G6sd2go9YiWaZKu5CCVO+6gns1jZIkbd/cEVqX2bC+wmlX6nWSlVj4cEfSbuLHen 837jRthEdSXqOOCDT4ydVaLgb8Ihsx3Gz2x4JbtiY833yONKHfgTVynn+oM7eb5o1x260cPE8v8A sWWab9hslJ99it7jed38ja3avuVeCvcnCvyPRzfyv2ZZH43IvlMSVlX3Gf8AoV3IdXD9xFh/gTw4 10iLuN6L+0YdHWSftsWW2fc/b9yzJNk4k5r1cREVLmkx84ClMzxS+4j7D9oh1/djpSxGUfDDKscK 3/Ah1bd9H4SKV9cDEvkR7idUfyJrrbJph7C2RkynFXwNYAxG4XFvpp+3YLsVPDX3FKjUyGu7+ULb WxNKJRdEsEjYf+4hMbK3W3fZLAp4XPRwSvK9z/Y2jwOr9bjFqvBkvlkkdv8AsDuym+wpauw22+Bt ebe7ZaE3yHjdVtR6trfH/gxQOl8BVIm6p4+EhPZH4v7EOU/BmVYdYN+xkKtjDKKtOCnb7ClxRrVr 2yJG0RdcfFMUSv8AnUqrMHywo1pfSMaVQ30MjpsMWFOrV/ZvWhcRUrzfZIUOiW4Jikzv4H2I+gm/ Be4m6U8QmTo3LKr6bITU21Boqmnb+yzP2MSPn9C2Da+R4xt0qr28wZd8L2ZYm/dQbbN/IkLMbjYr 2TsQ04JJNdBp7nkV7O+zIlyhVtflGZty9l/Y1dXuF+x4Mv1TcF/NCdRP3Qq3w6OjSSz76ffsxzCL 8hKTeqSsEK6GPB+BdmPno38pjJE+wSb/AIMHP5/l0YO6607XgOmIajan8JYIyJxG5z3Rmmz3aJnw yDWq9sg0u2TGz2MqRe0iGppTdBP7sWVhOR8VCa0TZJNm7BvomUbitnEkNzSr3KjHLOm82j1czIlT wj6IdRxPpDJZNWW95LXJeVhjVyf4KYXsuDYlXvTcBLvUOuwiSw95Q9o8MTmnFwxHtdoGvgaq5ewt 6ruZaJZMpK/kfUabs3F8IfZvsx9DZHvflkNvuOOvknle4jeyF1tLzTs/hjTTxWusYoJrLuxGnlpv raWOpi65rlVwQt1b65GxptV3aph7RrqGhhm+yx8l6KVvfBjr9ingWvoY6mS3IZF5MttTcbdm8DbH J9xIUjnLu409h9WxKta8nBpus4SEmpN/s4Jx9YymTVdUb12+wkcMwy2nfYVLBYHudxtx27L+y7Gv yilsT4/RRhTyimHPgykOsRF4UoqmvcxsbxYulp+HDNNwrqj8IWwX/OCDnCtQXfCYsoj9XF8wJ0rr H9Mfmlvj+gRc8Nr8MbT+gAkzEJOrgDmq6ES+1ospLezJP0LFnXR9qJyv7I/RHb5rabrDZ5GHEvS/ 2ym3gXh1kS3eqT9mUNJxjI1sUvXBNVUnKgma3wU+8FXWRYtbXyh2Avf+zGFH7SU/Il854IVJiip+ hE37FtGVa3gudJscWRJ9IIbmCEm3b4JlN3c4e/2Gt4ENj1wdXgR50vJv4Hl4rI+U4dBPfI3BP1ZX QStVxcsqjUXQeW4+j/8AR1/JRO+i8sjlXuPHN8F7C4MCvUSLfJHQbL3MGBMj3TMrcyUmepUysCRU za6UYVX5LxJ7CaLaukGZqxOIUtVa7biwjqXUMkUdxNOzqkJuL7kObSLqTcm/RLhOvyKkdvxgp7Q8 CeI0/sVJ4x5L2vwJLGm+jRlUyfZM7j4N4h+uCDCN4MaeVAb4Ntzs/NJZPzENfDXa2hCSScfw0S2X wlhwmqt3efLaRS0kmyTF9g9w1s1D7JFJyOKn2o7E13ZKQ2LZ4aNG13V/Y1SacJn3aExiNsyS/I7h STgEp17ODt/CKSX32fgsiTPwn+2IbM+qr9CSzRv5o2mCprpl80oKUSmDl8UQR12ZRmGdR0bseL0K +Tb90dTHuK09z8Dwy3elG01EjGmUbV9x4ch+abdy/wC7jNhST62IZsJx5ISUuW+gwqnSGmZ5yNEN HwQngTOHwmxF7i6yHsJM8Kj3zPXcm1w6DO8utLKJPMyQUsXgSdZa+CdbMvREbJRFzdKyvqVCh1CS RBUw43xKR1PKFT2x02GsxbjfB5dMncx0dE/sP9jU6hn/AM2Fi1nemfyQvAthfYRw3F1X9Dhu2Nwm vcba3e6eBsVy71ijLR0oujX4MdpXOE7+jrJdlfyZYzOYY8q55g7jV0Srf2Ibo8mbmvYUbD8L8mRD EN8/pIYe84WRurpiqr4Nmu8NpfBlZVuJpOfLIschktJ+B1U5mk2N1b7sRjy7ssU85IIThlf2itTV dEtvZSOkvp1MPOqy/IQtDd039kxsuBOgr341Ls59kJc5+YhzOyXn+DeCvOEPfFt1FCrwScufwK9K 82fcW000uzY0rU4YtbaN3gEnFE+39jaEm+RY8jHnbu2Tabab6pl3ieWkxW4mk/Y7h5wNJlfC/wDC rhldaNmeBJve9hNd69xg/cyZPcSOvyd+w2yg7sTXuvkoj3wxuB+7FOVgb4GvL0TRPCLdMcjnCHTJ BVZV8iEvkUd5SwJBCZb7OQaLjLsG6iZ7lS2eXumiNb0nQvhjTxV13Q2+5dFsMm3J9oM3QVtE+7Gr 2X4fJET7tjRmni3wy8I9FUO90fcvip3Y2qk+H8kJb7UxivuTJkbPuJTx8MyyW9UNJzOypfdjSX3k jCMJ2X5Y9ylXt/A16tzoyeqH0S/gh2YbPqk/5G1Paba/Yg263P5ORmu0DdfaF+BrPlq/hl1F6tT8 j1my7mdzhNosJJLq3hP5GGEn4YmWccSiFUtu0vhIUyymU6/yN+5u2X+xCTZE9mot/I003ES9h4b/ ALqDSreOuWUlgn5/ssVaX4ExEjeNukVul8iix1CSGhYt8ITZyN9kQ2ZPuyX7G3du0Q43s0RLoyHQ jqNruexkwNo9jPQzpEVeHcvYyJXlIaS5KtI9KilemCoXYmR5KJdKJ1l5XkXBKj2JngXFN3sJHGyf cTtnX2YmrH3Gk+GmILgOtnj5JfzPd3Knjc2H1k4b+yVtJ8xDdkl3S/gy175SF2fhFS1n4n4GkPwc icti8f3REvDHgy8E8dK/4Nw/NhmCqvjA7znLdr7W6JThXkMsm2yyZm+0VoRmurbB021rwv4DTiP8 Dbuh5LHy2IXmfSfyOn960ZQn7n+hLdU3VJ35YxUdRqsa1lm5iSYsp1rrRuEj6EzK+FU+iUGSkS9y nnauYhWElcmn9kJtRudp/QjeZOiRyX7uCU/2CDaS8G6XdSLl/wACJir2DxmJCLN1vwMrc+GPgLuj YsDzNIqmmmz6r+EMWcTpRNLfJEu3gc6tkXRkCeOQ9FOlEnAYTCXRbFKtIxJk76ZIyGCrSMS8aslE E0uKxJ0C6jRtph9TwKMp5uDJYPqv/RuXV1wZbdm7ykTfjQrLf0K2+O4i1tPtuKb8+4hJwqVW/OL/ AEckF1p/oXX+Iky+OGC6aLlnQs90RreoT5U7Ggo5W+tENgFrxnLS+EdMuz9scfj9a/wSl6wm/chD Z4bX8BiYPf8A4HDNU6psce58ukls7FQmb4A/YtsrwT9iyCnsNHCvamYEa4qT/keYyfn+RPbZZ6v0 YR7ic/kx/ksY+r7hWd8jUElF3lrZZtt48wa6PqWmp4L+sGdxpY6DfAJPsjMY1Q6slH1Q06FOrGnv w+Bq3/gbbVx8DbuY9h+T2GSGj4JFTewqmX8Hi/kbbZHsPxpNE7GehXpBK4SGjhL3Qhhz0R63sW8D T6EGJdw74S5L5E5YTOUoJrxhxYyUiD62iwvdTdLP4DcLFWT5S2Hsi98kWU6kKqNe9/Q3MGt6nuNC 2fwJ4Tkk/wCSW+ubs+0LsPi3+R8VdJGNzkq6wROOirj7C4W/K/J1EeI/kwY373+BVwjrx9hsqSXd P1Roll8hLtC9P5jWkneaQnu+w/kaVxru3/CG+un0q/klGt0Tz+CpK9Gl+7Nq+ueH+jYPtr8nQX2V bGt+rypfCN1gu/8AYyVP/LgSllzqoYM3RhaPfNbErV4uIWBsRLL8CdG214x/JVJNt13fwILceEg6 b4QWVvq8ITjZ8EUbPEMm2uw0gM7L7oR4L7mXIm1u/t/I2Rq+6ElFXfBXYrfM0eVKioorYkHDHQz0 IQx0L2K6FemOgp0p7GdMHsVlelKRTllfVl0ZpdjN7v8AYlVRNcXDGzaWHetjRviNnf7HmpOroNqw rfKmUYJNJvqPLbTf/dBpU0vLItfk38jeHwCYy55UDXuTtY19hs7qXbH4E8lbolRCwP5iW1ly6b7j mUeb4Mg+SavwYrHOqz+BN8EGJ5+wwrcd2WC7RMxUnVsMKvLoiSuv4IdVTTqyh5Mg2cbuqv8ARbLL ohfsUhryym4HcPvfmoSxW65/kSNe4/gp1G+1f6GnB92Q4ptkfMT9i3WnZJkb6hhJDnH7BRzDuxNp V2SYjubuhZYfPVtlos+3e7IeETqNbbSP2MglFjoJdV9nREbS+Gf2dD7EJPZuJ7wX2QmXf2I6DLiF dTLF1ODS66XVFyydRjSEMGClemDBRvRJdTqfaeMrqOivWEU2FuMiSJKDdg0+4juy96ImWifZ1Cd8 tdZSvt7SCFhi73+iuso23rflQjbo6HH9yz8r+B+Pf0/yInqV5P2KTLMuyiHmZdWfwYg13tRvd6Ag +fzrYwMPvdX3ZUd0zglhZ+f7L5r7H/QJLiRvq23+hFsRLsjbZdGTo5Pl39wySFe78mXM/H9CYnmZ /SFVEu6Tf5GjQr6kHFXiDTTvAHzImyrGxmrrhch5QrpDGFb+RGnH5KO3bnyjJA6Bnlb7tv8AAxa2 j4WwpGhOlYnxN2RBz7Iq93R5lu++R1Hg1tWNvidkKpgvkRJhBut0N2LPCFkE702LWIhbZ2E78GOE Y6C8GeEjIyMhH2HpSmSMg9MkZHpdHOCPRRwn5GvQauIbXQYMMPISTfCGy4qGn0Ym5oSRmvgSfVl3 /oURV5mSA3dQRHhourwT9sSo1Fa6J4foSNz8O38E46Xg2Vq3mppfAly0XRuflDR8Hun+IIfp71P8 joq05WE+4wmhzp/4MYY/kNGyu2DHntvskNQxjz3L4/ZhO06QholnZ3f2Rqd5ucDZylDj+RmypfVv +Sl1XimJDny0v2RCrN9X/ATtKf8A3UbTbZvspirr5X5CGEj60/AnbL4QTgSr6iqEydUwUzb9j4GX lOrrJXNPpIUzHpQe7SaXLT9Dy6Moy6xohHCp/cnAk/ZDvDVElViHS/IksEjnGN9/sOlWWl1omilv Yb4JjfQVfI8MiBzghCFLYbb3yY9ERgq1iIvTg8ENzBjPuPckI9zFYs8jQwjdBpWPmBNyfBsMeExi JDbRUOu7Ls4NzW9kzFmbXhSE3I30LcmtbXL3+49PkX+BibJ6KjZJI8Cuq92RLGj4TMnJ6W/ok/EY GS7k4K0KmTqRAkvlITsJOybKmzPuPCc8i/kjujwjIp3gxZThVV04oc2zcIPU69xVRzllHhA3hReE SDubIbNk3ZU+Rvcjb64BOVtEuGj/AAdYvhDfJr5GZbM/CIxI6XLqJLiv+7GaNdkbMGI9HgSbonxB 3vvDLjSHdsrwN4Xnl0vIyAZPaoSvGTHuGnNQaVZTplsiY2hKVCjJHQpWZIyE0yKc0/4pNKzJkjIU pkjIQj4FHA1pMCwEqPfMiK6uol2vZwRlm7HO0V6nOT/BLJX3HaeD1mRxhs6mWRE6TT+ci61Ydfhw n+S6wX5BtlzcpT9DQjewX7UXWUfFmuS3/Q8VH4Mwir2r/aFZH7NEw+jeB2m92f0I8NylUI5zd6Jp 3PFfklJr4iQkT/8AzwO7Fda/kthq9E0vwN7353/ljhPL7p+hrBE5db/QkInb4NkgNCKF2R1F7DDL /g3ROpuzdaa6MQxc9kkMP7jbYtus6JSmNt4UNge92kNbKV7/AMBpHmTohLcP2HPH4LOwr5XwGll/ ImXFHxL9D5FfkzTBdhjclyWMuoSnZB8pXcji4G09kOvgjRSvSIiMaQ2G3b4MaPWXYTdnexuwvPoU cCaay13EqJWdBXhCmTwfe/gWlnen9F0ajHh7DCzb2Eth7kNLk6NUquL8F+hT94ml+EJrc6GxSTfd +yMRJnu8n2MgrpphEuB5B1iHdNF8u3o20Z9jfWswF/H/AFkzdLqG/uPwEXO6MqmS6tpDdWPuzkJ+ 4jtXwkZrU+0NghykhBU6nI5K7qF+Yxpj71/wJ6vwJfyzhK+7/obuN2SE5fBcfkSXj7v4FuGfhMnf 3n/pN1sdkx79eXBvSj8kJ5TeMlw8hBkjB8kN0QmeV8UXWt+Yfw6R1upnngS6iSlvgq3cHnkVJi6p CR7oG95+SGNthQ5wM8PU2bkhbg8RHKDUsU+hCIwJ3tPkYuV7PSEMaXRVbYZ3/wAjZ7tvybJPdnWR 7jU6rfI90fiHQOkPHwNE96KXE9hu0TT7Jw6EXWo6d7YYp4hl3hPchub3Q2YSGQb7DYmYt0bNyTuo xBmP0ayRrbrTH3ZHdeVH4HmJdbqGUAEuHvYWnUHOu98r4Epg7dH8nBe2I2ESF/yWiXL7IUVvifrH 5FTCEsSJdkV4X2G9+TOUT3Njn8QWCT7wVsnPrKN/YPoh84nvBqeZ9jcl4Qy7O+U2NX6FE+fu6vwj hfOtnAj4fkbN6XkSll3whkmHfsNumlD6jndvKQxIScPkq3SKvT4FDgs2o47DKtioTI4kJ07BJjpn XJFy2NdDIu+NE0m1exn1ZITRD3cFyJ8M5DeyG1ZX5Qq2CaCfgXlmeifuPsS5yhrerwKmK2Se08qj RXK7KfsTe9LmkXLFj7Qlhv3P2gv4QmN/xdUhoMLrqju165wvwJeSKNTdl2aM0aT7MWWGeRhX4ygk 4rqG5ZnZV/liTHucEmVXkM2B9kn+xJhfkyol4GtdOyGM0vMQ5x91/Am59on+znPu0v2T3X4/8Fnu /Yb3ueXROe+lGjNO2Km4+THDE/AXufaIY8cLlsbeTtGxNYXsUJcboxXU/CbE62f7CVun70NeCng6 hqWUJSrHktPtyJPLYimqb8jTqw6bkstB1MKjVeEXymNkVoRtuCdaKmXB9xjS4Jr5PBsdbKe+iaKX dOxsw89y9S+Ce6+A43hRdNcmSMhETGw6TSeCiWQLLJn3EqwmI2tp5Gi6iViPgedaS8YH0CKcUgHa 7M4C7qxdx4HTKVTuVZi7Nhqvk8l+RTdeys2Y2+HYWTdqxgbHjifRf4GeDrK0vUkbptii2flEhZOr lHG33yxqgm+WhrVFfZHZHRKiKqSq5YlqSAthEuHF+xttbe2BtwfliWrJTmS7QSb9x/Q2ePhP3TJZ 2Hbjm+1GjE783+jBRfZR/Bqsw+4YHjTPkQ1XuE9kfhUe7vGw63GauEQzkVM0l3ELdJvrS/CQjZSy d4xhWR3EiRITLsNrjpDRZbEk7+x0Kvgp9YdRMib07fuLo/BE3TfaHQoIQhCCdcIfbMnkacJ+Twj/ AJQ6XuF8fAX+Eh0tJkdmwl1yL/pjamNWv1Ctl7h23l6sx4UmqY6owinwN3peyGjfKOofwRRqmUSj MQPc6En7nSLkEzeX1LdhdkW2vwjj+BcRLWzM+9FkxtDjKTge7BsYRN9wls3xiktLnkhZaHY3jxP/ AAmolfYnhD70zxfeGVdTkJjssNPBir+A+09hr0+yMuBP9CAoJdhtivCMur7xDUsOyVEOb2iIuSeY FHJezp0DF4t7svSLiTYiLlHY8Dc5EYd7tE1UYl3UGp1P2ErDqI6kxsZ5RJvBsWxPBYuINXy/cTrd DAnChphW5v2H0r5K8fY7B2hq3Q0difk7SNwIiIrqsQtGWyN392dBJfcc3d2INsIJQr5D8SJBp4X3 /ow3hJeBkEn1K+PmDYstvsK+8Tc0+r2I7TPRMpaStPIwdaj6SCboP5GTdv5FPlu8OmRpOwvjdTdm 7NPDG9QfkjKHJwdzi+cF9hWl+8f2Fs1fb8DjKOn8hDet9WTcTJPhMyTPy2Z9od2cKb6Jpfk63yY/ whbd+xn+RJyjukl9jApH0Ra7DLLDbfgZWx1BIeGKNgbtnXuc8fuPLy3u6NVvWTZ+5YkLNvMGnb8m J7tPskN2og23lwwbrwirlYGW6wINGoxmxPk70GN2R1wmzB0Qu8lC4QamJ2yjccDK7sqcfc8UVv8A gJVzH0GsaNOjJNmG9iURfQrodorXD4EvaL2Q27sbFuQhDaPgG7hPYvmpewojj8i45jdvXsIhw+ew mb7t8IVdQb6bDXPA3kzfIjmuCTiajrWCd8DlS3Qb3O0hCJ8EIeyb7QTdx2IMWDsuUsCxKbvkZk8N dIYwaSvcMXA/JWKnWzEXRvwVqRkV91DPIn1DcmG+9E1C951J+4kbSyuEOwp4G3f8DO9HSdYleyQf FIOg3ITRv8lr4I+Eh24Qm4e4oOkhKR0ho0QWMDT8jXskdNBOvdjTkS4Z99EvI5PDHdy6FGPKDav6 EiuEl7HiK6C4IKgjoR0PAfBEd0Y4vlCeNiF2pjpEiG7hCCPYi0JCTyJZIuostzabCbhyroQzB9ZT odrAjlnYKvanUZi63CEqhq3WO09ZRd4E6M2bS6Yfkot7s2n+hjkeMCFh1dVsIomTsPPU9GyZ0V6n IW8juEheBXGJdW0hRxop3FEt6XIqYCpbCs5w1xfYWyvyNmoleEJ6OJ1LO4OiQnjSaRvLJ7jCqHk5 r4hJwt9hs4ombMu5BmUVXBdhJYIqucISBqMZFTVv20k2E6P7EHUyNE9qhYDUFdnsDU+hDl0je50m JuHWLJxon7JiSZQ07bSjo/kbjy8mCCFujE7FFbvuL/6CnZJDNsiboKa4Pqy240/LN3wh9CQzbP2O 5iXRmdhec4C/IxsngWiqQe+di+wZwKzDZj3Biw8mQbabCVypeRu2Y9KXY3gwvKJoruB9BJYV9R/Y 2jAKndZQg374Nph9lD2JlTLVb7UTSwj3yNvykUhSXd34QuUfkSNj3GHYkMbrY2utF0CFXce1X8iZ hwvA9y7XSih8jbk9ztHsckdTPBym2TknNAai2K4Im1RI4C6hCDTSKPoiK2pM5E0w72Gbw70QF7BN hKbs6Kl6BddG+hjfAQvZDdIQghBIEyGW/wBxO815FtONdySqhqeKGz+g1tBFwojEYuTcf1EX65MX GUZH2DMpZWgn7CR802GXkRrL2GFyl1ZuTZ9GMc1TcxjW94TJ8vuOwydfYed8HsousYYqivJkwYFo QIVuB4ncKBDwHsMXBuFf/R2lXBtyZ7lGwzTEwOweQvM7hmDeKUZe+NhbHUp307fueL20I7Nh7B9U OgLLOleJhxv29EXdOx177nlO/wDZi2zwFnmivZ7mXFMgdHfyH4J/Uj6RddvYwbp3hijPGwpM32MC 0w4tKuDKw9jqhcaJ0TD/AOBmz+weGPhuPqyMvE5pmwML/I//2gAIAQIDAT8QpSlKUpSlKXStJoMN RhvSl1UWkgtKCRmPQQS0QaHpvStyCYhQqGqLU80hCf5E1hNaUpSlKX0hS6NjDYblaJ0V6CiwmYEI RNIQRNdCBhOiw4MkZWJ9XT/z2g00XoT9RfK1tGMb0aMiCCaFNC0EFoFpUTZdFRFKXSDXRetkSiQS E9IT/DpUVFRUQQNdB0OhplCYnokyGNIResQg0x0mo0YKhiGCQ3IJMaCLJiITSvXYoWk9Flh6S0UE gmK+hhelS6EylKVFELRemw9FuVsTC9I0xBaVKUpSiYnokJCSfS0aBqMsNyxIEgmxMgwRiQV0ssMW MNhuhsNssViVEG5Wi3RS1a0Y69lD00YHpsWUNzLKLGDBAnExgLRSC0UrSvQ60EyiYmJiYmJiYmJi YiJjDvSj46yKUSCRCQn0IQaiXpWikMywkEqJ6mhp6Kwwy0OjuhMQmLQREEjQaDDDEWiRRN9CCtFB IkEogmJiYmJiYhaL0L/Fg1ZAgl9ZpDSFGQ1G1orRSaCKCbUwNRiiYhGpNWykDeogmEV6QIlEExBM gSC0X+O1ovqUarQaCx7qrWE4gRNoMnWZIQ0I0Gmmi6kDa1nqMggvQVAgnLExQm0UEolIKi/TpS6U pfoVEEEEEkDVoFFCxNsjFpVpISGA0ECxlsx1iT0Ew0aIK0Nl0pS6QhPQpI0phMNEwnEYyMSEiFDa ckiQlCcWgSCVl1ukEG6HrSnKC03pTooJIGWDcstllMoR0UunEsEhIw6GGGjYTiYTaKBElEoq0Yxe hCCCWiRNCQSCQSkCC0UVpKECXQaMaDUcjOJWg6N0P6iYRliUYbo2GFjhKKCBpqjYeMphMWNmUiJY IWWEUqENUaEDTRYoEgySBKQSYCcEmotOjRgTQhJOlBNhgggkJCQhQqIEos6EUExQ6MY2yjKyhmMI MIQnoYpV6ZpCIaDYNBwNNDb6DbL2Ej4EdDoBJFKUpSlKUgq9EIRkG5WhBayCPRkokFIkJwRQRTon fJ5CcRJhMiiCK1MEP0i0MQ2EhYngTCbqJTfUaJopWUpSl9TgxUVGCDYT9UITROlCa1mTJGJCS0IL 10/QTfQ7BYvImupGiiBISEhLRJJGhhKIITRUVGBwaMYNWMX1OoO+dYTaO2hNsjLeiDEVaG+vvoeo UYqZKyj0UUpBfVdRaD1p0LRPRBIhNKUSRcQQhN0GExMR7kXUx1E0JowRGCoqIMYrGwihBENIbEYt JmhIWpsy9AiGhIgkQhBrSoiIhpaVoQhCaNlKVEEEk6hkjINhBKxE0qGqIewlJYkEE2lPSinrvvI2 IuoGn1EvLIgoYF6IhsaDUTl9BNlicy9EREUZCIhEUuh6zRC+i0VmSlLpVoL1QG1GvTRXQTGeqJ3K upGsIINtRMgSCUSCgmQhL00phMJiiSMCT09JGrGhh6Z3GhGiupXUosos8jyPcgSaWo1JI9NYHCCR acEk6JJGmi6IwVFRBQ9H4lE/UU+k9GQSiUSiCQWgg+88xN102WUWMJRIR6DRQvR8epVejIR6Wj6L pZZ5nnpQgj0nIlI9MMvVCMjIyMjKKKLE5ZYnE4nE5ZZZf1YIAoF9IKAgsvSpFdCyytKy9Ciiyyy9 asosossrSvSssssssssooosb6T0qKKCCZRMT1QkJCQkJBBaqfR5J0sJCPoAJ0QP6NTka6UI9VoI0 v0DOpGpH0yxj081ExNiYmxNieiEJiYhEYlqYQtEJEGQVITSEJpjSawj05CazWgmhIyT0hBoiITQ0 NE1EtEITRNE9EIQg0IQhCQkJCEJLRISIIxIUEITEQTWmNEJl0uk0XoQmhCIQhND0oViVGtSEEtEG iIgbWl9V1hCMaZCDRCEJohNGhCEIQhCEIomJiE9EIQhMQqLqtKUvopS6GLrRehjfoutKUz6LpCTW EDITRPRMvohPVCaISEJCFotIQhdFsIQ2iELXInpSlGG9b6Fokba0o2QurEUhBiKNl0Y3ql6aQS0m hogy6r0XVCEIQhISFohCEIQmIVE9FS6UQRdE9EbvXn0JifqpTBueSE1NjY2VFLpdFgpdaURCapj0 S9UINaJZEhBIgkJCQkQS0gtFqhMQmIXSiYiCE9FpdYNlwLS6NhawiN9CRlasWr9KYyE9L0mCzW4E PfI1kml6ieMkIMgkIIQkIRBLRMSEhLRE1SEZMmCkQtYUQqND0aFQhKkNhIQiCRTIS9EMELo2RaIm j0RBIaKIomUghwWlzkhsUbF30hCEEhCC0gkIhBCQhEEhISILRbkRkQiEGTSEEhpkFUQS4IR1EQhD eiSF6Eh5MDS0g9EvQqISHsLBK9EzAmV6tFwLRwncWdzGlFA3RLRJiQkyCCgkIWiRCEITRMb0otEE ham9E9GI4JNjTFoOoc9xtXJUJFel0mqZRiSGx6Fom4GnpCE9OdHpNExMYh59CGcFGJvRQJMW+iWi QhOolBIQlokQmiSMC0Xc7CRGyaTR3RJcio+wSJGPLIkFBGth5KNwrFdMiCXofTStivAqNNCMr0Ra 7CEWCaLoyaEJl199ExNiRkSYkLQTiC7CIhTgSEiCQlpSIIR3aIyiZBLuQwYEmJk6jjIiNDRBIcEm hvsPsKVlHgWiLo0NDMLcbWhCjYw2SlIMRRJ6MWj0o0MR4HqTEjbQk0II9hQWhBNyJIgkIRiRHokm TOiHlCojQmKcm+iQ6hKiaQj4I2R7CT5IEu5NG0KDjKUq0x10NihUX0NQrIEV9SdURiY0MeTBO+qL ovBEXRrsMqL0NyopkvYTpFokIQQoSQtEEnoSekMQ2GqRjPbR7kOBNzRDcmWxGZFOREbFq0KEEzHQ bRBtwVW6IMMjQnNwtMlfozpEQyIJ6M9R2CXI0I0JspUxQ9zJTA8aoRGScD0JViSE0REotOpgw3Eh JEXUSJTYooYYwhkVmjDEhsqE1olgSYw0y52MbMwLsyi6NMz0KQYGR9SkNtntpHfQqHBIzpCGRBxj E4yYXImQauw1NxuEJUgi0rWjA5wMyNzQ/Iyig22ZKxJcU6IxtyJegnTGPeD6BN8neVPggnhkIxC7 igkJBGNLBQWBMQcYoVoQoIRojNi6b6JCsob0dE2NrkiEuh5lei6LSroYMdRdmVlZxrUVPgwI6ic5 L0F4DvY8D5Ku5UTqPIjKxt9BspSoqF3EaErZwY9/cay7EzDFP/p/24n2RRPsQSM7hGihhJlXOpgU WF0OdNCL402bGWlaKF2jaFkyixPVA2+SmBroR6IzAl0ExClRgaIxiaKidzI29FXQcKYRyLOjJeoo oo0nwRdBzuKETe5H1GxWZ6DS6E7CPKMsjsJuDkp4hlbpCECBNwUhPuJM9iEYZINEGmUSo14EYbm4 Soy0yiek7GUUQpVpTBWe+h3DZnRNlawsMkIQxpCDRgqJ3GJMr5RUQKGHySclFKug4JobHxZRwweC luiE3/P6EN/sJGor7iNbNF8hL/yOoxr3M7IS7NDb5EDYpyJrqYE/BH1K+5B0WBN2L1IvQ1lHCMyJ iFMEerIwNPjRY26CfUjUWimjBNKKVG5ClYmQNDSLCjKJaYIjBClpR+COmhTgiFBEyuBJ8mbIk6DT QixLK53IOoZNthPqNdKLrR7SkViZgi0b6i0MdSdCTgs7zBNL2E2NmBXSlZgTKxrBlCXdaFNJ3IxX SCk0jKMUwMjMorRURE0r9OCKjMlZGVjfYwRMaEIyN9hQOmCrYh5yTweJQafBF00KPGlMKaREWhDK Nzwhp9RNoV7CXVjhF0I0MpUQNPgZVpqMcDIN9x8jyKVdNDQmUQVD1ozpdKikI9aiohEQjMlYmYMa NlKZG2ZG2XSpm6FPI+kZafB4fgqZZITX7lZnto2PYa7FY50EmJCMomY25IlojHo2RHgyZ0YpCQbd wRjaMaJIi4KJpdMGONTJXokqZERaUWjdKXSmdLoQqHCaZKVmTcjGp4F9QhW+B2JExtE6CYiSI5GF 8aS8kL0K9CKGImkMNFPSlpRDYbC6jD0mnYoqUbRCEGKEyDcmmSsuhsS9CGTJSlIQhCFZdcEIiE0Q zpS+hgNUh2CTKJ30QrGupUUzCFRh6GUMlelXoCiEZMDhGNtFZRdE61E6EZClILSaXRRMqItE0rKX 1qXSiNCaZENE0rKysozufkiFjZCb6DGBGsSZBpMd4KKluQUaeuSsupuSRFRgpSkekKUXTDIiIaJo kzJWmS6XS6Nx6IyPSsouiNKYITTJSilGzHoyUyUpUUwXdivRpFE2RkI0VsmgxMOhJIrE2R6GUul0 1vSLSsmq3UZWV+h3IUZGQhSE0bI9GylEyCohFoj0yXUgpTBNIR60TKVehWRkKtEZI13IidCMRgpl 6WKUZE3JVo3IyaskKXSaUrR6KQnpohaIvpvoYJrdF9IY0wTomqZRdFMGNIiF7FaUkRaZIKclROxn p8ilIQwMOkIXQ1RJGBaMhDA0LpSNIQvoEyoZCaUpdFKUxrNKV6Ki6N9EJ6UauCzRCaTVngUZIuo2 hMyNPSNTQiouk0ujJGSFLpC6LpB6GTVBNMEWmSaUrKQi0hNKV6UWrDA1pVomUpS6XXBjRaVlYm9F 0gpnSkFMlE0ukIY66ZExBopRJkG0UmlsJQepDhdJo2XSvS6UVo56KtFpCDRHpNVZSmNcCJ6VKUrE y60T0yVdRiszohsrStDTqUpGUbaG9KKPcrKWaniJ3VtDZSlLojXA9clL6MGNJpSl1uqCRCPS6l0I 3SEWiawmlKJlamgkRjbW60pdMjTFgko2VD7DTG4Jl0oxBdKNjIQo3quwpS6R63SMmsJo0tYQpSi0 T1DTIMoTLomXSmCaQg9tTImiFLK3rdarSoq0aL2KmVdB9hRXqMwYGy6KFRRjSMawhNKXWEY76FfQ uk9MWpdS680o6R8kelYm9axtnaKxfUc6kRVpGXoZDtKMkIOMs2KGxtdTJkYmy6HqHoSRLQ2Z1pSi mBzVrS/UFLpdF0pUT0NiY2JlINsVF0otMaO8aVDKzJGLBde9jJXUkwUo2xpmBUQPuPcq6jcPLQqI MbRdMhx6KJvTHXS6LpjS6TSopdaUpCEWl0mqvoZkj0gSDSZ26tProShRMiMdDwL6EY0+o33N9EKJ sbvI2zBCMhseRUYjQmGwwlpgk5KKhwSMlZNF0hBohNIPSlK9IMhGRkJpSlfpKJpdYvQuhNMgooWl jqEhUVaaMt6YHEVlixruRdTAwZ4RdQowupig69O2og1ogmUVlFZdKV6QSQ4QhCaUpdaUvoq+gUup uIbMmTOiNGTJR0X1HUJ0S9xVoV6GRMZYkokMj0M1ibI2JNDcmlIVGOpjsNhtpCCFOoy0uC61DaLp CF1KZIyaUuk0pS6ppfoQwQVEIxMpO42iLqQTMjbEEMDQwNtF9Svqe4kMCa6HQGnFoQbFKNhNorRY 2NvSCnOhHA7obFCrpqZMk1WKK/TdDetRSkIT1TS630NaQjK9IzOlRUSmwjgiGR9RQJWQSMNFlvQq xcjMRImZGhGR6txoSpCFjgU8DZmSXfTNIGyEGhLSMXoD9C0wY+lS6zWiZgcIvRHpKNjYQjHUJ6CR kRB2j0LDki0QMWZZQuoURD3IhwTMcbkRCy9LTK9aUo0zOhJFRBdJ6TQ36r6LrfQTRPSxFLpSlRUQ NoomxNciaJsYoyiyxMZYjENopSkKNsbKtCOgl6DYbPS1pMqKQ8x6KJiQkoaDQokQpS/UhPTCaXVC a51hNKXVaLo0FGNhJj0IY2QqTwhsyNiUwhsc4HTJfoFWlCjJBFyNJjaQw3okQ7htcF0g16CsZWRm SiZdVCoxrCfWml0UZ9F1o2XRdFIEMa9RuJoSJso2yMg2hCClKXSl0zrNEWiRGtFGylLpSELrWXR6 whNKUv0KX0UTKtZpS6QhSaQeiYoNCDrRMUQNmUVoTnmR1GkJ05IyMnqWNmQUR2DFEqXqNF1GwkTS eiE0pRk/wlKN+i6MyUo3okP1JzIwT6SjetRZRRnRIvqhWpCi9UIJIiHrdKX6FLrS630UukIT0Uvp T0Uy3GlofpUXopdSk1YtDLglMDIyE0migd+ilLouk0wYG9KX03WEJ6YT0TWFLo/o3Sl1TDEcjaLo mUUb0mhJIq00NylKXU36brS+qlL60X611pdM+p/Qvqb0o6+m/qKavRf4S/07+l//2gAIAQMDAT8Q +pCeiE9U0mkJ6KUvqpSlL66Ub/20JohCEIQn1aXWlKX0wg1/oYQhCEIQhCEIQhCEJqvo3WE0n1aU pSlL/nwghCaX6NKUv+DPTPXCEIQhNSaIQhPXPrwhCegTSlKUusITWfRpfpAClL6X6KUuil0UukJp S6UpfRdIQhCEIQnoEITSlLopdYQnohCEIQms+rfpgBfp0QWoxlL9ClKUpS+iemjKUpfoQhCEIQhC aIQhP9JSl/wUImsJo0QmkIQnomlL9GEJ6A9BonphP9TCaJCKUpSlIKtJrCEIQhCEIT1UpSl1hB6E ITRCegT/ADYTSE0gmF6NRspSl0mhBekUpRsYhCfTpSlKUpSlL68EI0v0ZPVREFqGtIQhBekE1YIo yyxdF0hCF1F6csPVX0QhNb6bpSlKUpSl9FL6SpSl0g/QU1pGhh6F9ILQpS6iekGN6L9AFLpSlKUv ohCeiEJqQel+hCaUpfUvQtWPVjY9brdKUpfoKlG2X6U+jS60ulKUuoxdITSaUuiNF0hCEITSlF6A pSvUoyf4CM+i/UpfpwnrhNIieljfppSlKUpfXfU6oq0N6Qa1pfVCFKVFRSj9EIQhPozWa0v06N6N jY/qX0X0QnopdL6Qv0aUvpvqpS/Tn0IMT0QmhvUbGx6QmkIQqKhtaX0TSl1el1pfoXWE1pdIQmt9 MKK1L9AhCE9E1pSvSEHqtxsUZB6LQaWtL6IQhCEI9bopNE1hCei6QhGJiMhCE9EIQhNEJpPRSlKV mTJkyZM6QhCaT1OjRNDEJ9AJPS8aUaKKKL+hIr0hfqpWiehL6YQIT6AyMjKK9f8ABgqKioqKioqI IIIIGhBBBBBBBBJBGoR6QCCCSCCNCCCCCCrSkgggqKioqKioqIIIKiCCCCCCCCCCCCCCCCCCCCCC CCCBIP0jfrgPUMP/AA0QEF9IXUfoC6lKUpdFKUpSlKUpSlKUpSl0UpdFKXRSlKXRRSsbKMomUfoo 2UbKylKUpRMpSlKUpSl0utKUpS6zWl9dKX6l9V+o0P0X0zVjINEGP0UpS6XWlL9al0mi0vovphCf 4l9NGXR6IfomjGro0NjY2Mnqv+ZPrX6E+ndENl0uqHpS6Io3kbKNvRsoylLpf8SfRvpn+Bfqqjwh MujWi6lJpdGNjGpjRvWl9F9C/wAGeueif5+Usiz5HGi0bFS5HuJj6laPJHoYh6UWi0Xpv1l/isX+ RTGlULbd4LkJ8jOzWiY30O4nGhCWS6N+h6Uuq/8AgafQWf8AwR8m7fQoNDcPO5lCYnUuSCDZgpfr X6N/0E+tNK+olSqQaUfcFGwrGKZWxaImVc6KOjb1n1kLRelf7DsYuhsOQnLmmzcvg2FDnkbNTG28 0qHOg2ryU2FKZL9W/wCG/wDNv0oQLuH76e9DZga8VDXz8lCsTbtGTyNjnDG0N9hvRRfVP91NZrTP B8jboLoZFy2TgyQdDMneodN5GC406GTNyYo3kxwIdL656MfRv+yRw8zLG3SjxxBq+UJrhk4NGVu/ yVw/+9xY5QtqOjieR0LsVMsYyXIngqF6LrNJ6aX/AAIT0T/RNL/mZf8AQ13Fc5E0tkvuX0vsR/yL 1MY3jPkYjJDabCaYsDyhIYGVous9EJpdULTOkJonrP8ACn0oT6U+gsZcG4z/ANRv1/IkayJrilLD yJMsL8jSlkzz9jC6oq5E0xzqN9DJWXSMnohBGSEIyiFotb9O/wCHfTfrXRSV0gn23E/+IvLHsNLq zsv4FnsNes9zZwram4gmkY1j0onqiiEtIQhBaREEtET0Y0mi1v8Aj3WE+rNlok5PcdTInP8A3uJB bYom0UWB0QIxpBFKJiJ6ITRMRNFpgWsEvTFpP8Cl/wAKfRqXJl7T4Gnc/YfJRo6jpaV9hIi6DgkR lMkEu2joWs1S0uk0hSiIQgvRNcEITS6z0z/Qp0pgb9RMex5auRzqPtRNoXdngSNuRXSMhNF51RBa TWCWkIK+lEILRF9c+pCf46XYdKhVwRojKiQl1En1EymITk0gloloqXRNl9FLotcies1Wk0nqn05/ ltLuIN4PLKuheiEKVdBMe5EydiPRCeignohehawhNb6IiaxfXvonrn+NDkSNlj6iPCEYiRUxv0LE zBnjVdSPVISIQRGSFLpRE+ii/Rn0p/lXWEKhdhKeeizgVJ3FDAVJ3IiIjKIQyIi0QtIiEITQkUWi ZdJ6J9eem/5lLgjIKiiRHUaor6CrEVgTYjOlfQr6aQgqQhjTJSiaIE1qrpCEFrS+ifQn+jrRBnhC Wg7oINx+SIowQnciElpGKiemVpgTRNE0TIQT9F9E0hP9cyoEhkgzgRcCbTEEnB4Fb4JDGhMSIVmR LRDBUUXpjEiEJrCfQn+ppUYbITuCCZSvjS+oRoPpKxaa9FFCpFGyshGhCTXIqRkZPoT6c/0uIwuD PQa8DvCSXJBhmXBgV9BNDRRGwthPOkPAmJoTpuQWkEtGhUui1hC/40/zPMrqXyJNiEQ0hD6BMNjT Q7CEGIbXJ4EzciHBMSJpRaEtLovSl66X/VZEiSBKDYhIMo1XBfgaTH0iRclRUyCT6kKiCowQhBJq S0X+oms+umYohoYXyzBUNRN0hDzIQkRDWhTRNohC6wmkIQms9E9EJ/k3/FnUV9TfnQ2FO+i0hBES iSEMNuBPyJJDTK6lYmxXqSEYkQYvXNEZJ6KX/JnphPrSOInoIulY0IG7yI9ERjSUSIJCMyYFBekj RSl0gvVCf7CEKYMGBjS5JJG3BDd623ggkhITRRiTF2HsR6TRC6JPS6E/pT/RzS/QVJ1arVCRiXY2 Lo3GCXoIRkZgISHIq4EUgT0pSk0VG9aX6N/0dLpPRNWhMRAkoTZgaIkT0yZKiGRomjIwoi6QhPRC aREXqv8Aq7pCa4Ih6C0IMSMCEIRFQ4QXRSMyZCUmlLo6IZJ67rP9hERaV6ND3mJOxdGuoSZNIhpE QhHqjJpCaQnppSEJ/q56YQumWukWjCHwIXUJhmBNeiaJjZdIKOhRrRPSMXqulKX/AEl9UJpSiCDI rMkZCDBA+g3J00VGqFZdIJ0JkXpnouk9MIQhP9ZCEEUpkmtehIJGSMo7gkEi1QIIiak/RCiMjJ6I Qn+sus9FcsSoo20JComjBBS6JohDGjoqJPQloymRXW6wn+ymt0oxolrCaIQhPo0zpTDIT6F/2c9J IiCoo0FoptkIYKY9F9EkXopaNk6KXWE+vf8ATQg6V6qawjRPpUjSE1Jpf91Sl0hCELqVlCpTLJ9A vWn+7hCemaJFqmsF/wDHr6mdV/8AC//Z ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/master07.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii"
Click to edit Master title style<= /div>
Click to edit Master subtitle sty= le
‹foote= r›
‹#R= 50;
‹date/time›
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/master07.xml Content-Transfer-Encoding: quoted-printable Content-Type: text/xml; charset="utf-8" ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/pres.xml Content-Transfer-Encoding: quoted-printable Content-Type: text/xml; charset="utf-8" ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0031.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Bonding: the Hydrogen Atom
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/master06_background.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAgG BgcGBQgHBwcJCQgKDBQNDAsLDBkSEw8UHRofHh0aHBwgJC4nICIsIxwcKDcpLDAxNDQ0Hyc5PTgy PC4zNDL/2wBDAQkJCQwLDBgNDRgyIRwhMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIyMjIy MjIyMjIyMjIyMjIyMjIyMjL/wAARCAGQAhYDASIAAhEBAxEB/8QAHAAAAwEBAQEBAQAAAAAAAAAA AQIDAAQFBgcI/8QAPhAAAQMCBAQEBQIDCAICAwAAAQACEQMhEjFBUQRhcYETIjKRFEJSobEFYnLB 4RUjM0OC0fDxU5IkY0SDk//EABoBAQEBAQEBAQAAAAAAAAAAAAABAgMGBAX/xAAiEQEBAQACAgMB AQEBAQAAAAAAARECEhMhA0FRMXFhIoH/3QAEACj/2gAMAwEAAhEDEQA/AIYRsjg5Lo8B+rSmFE/S vS9nFzCmmFPkukUuSYUuSnYcvhreHyXYKJOiYcMSp2HAafJL4a9McISseDTvDHmikDoseGBXpDhI QPDuGidzHlnhHHJBvBvnJekabh8pRawg3aVe9HEzg3RkrN4Rw5ruYBsuljQdQsXnVx5goPb8qcU3 HcL120xqFQUqZzasX5DHimg7SVhRdq1e38Mw3CV1Ej5bKeQx4/gxogeGDl6ppt1aVMtYCr3Hlnhi NFJ9BpzC9d7KbtQuWrRbe61OY8p1AA2U3Ym2K7nUQoPpEBdZUcD3kZSkHEubmrVabtlzGg48l0mI Y8TizUXOxGyfwDupljmlamBC4DNYOE2TGmHapHUy3IhaHQyrhyTnjosvPL3iyUy43U6Q161LjxqV 20uNYcyvmwCCqsquGZUvxymvpxVY8aBTc1pkgrxqfFQMyupnFOMbLlfjsXXS5hORKTwHi5JTt4oQ m+JsnsJje0RBKhVruIgtXR8WwZtUK3E0zk0qyf8AB5nE1JMFq5oXfVwPvC5XMg5LtxrKULYU8LRy WguFbCmhGEC4VsKdZAmFGEyygELQiigXCtCZaEUsLQmWhAuFbCmhGEE4C0BUwrYU1EsK0KsLQmiJ alLCujATkFVnCPf8pTtg4DTS+DOQJXts/TssTV1U+AA5dlm/LIuPmjwbjk0rL6r4Nm0rKecx9G6i NlNzGDMLvMxcKLmNJyX505NuItYNEIaBYLqNCdYSGiRzWtRCeSIdyVfCOxW8NXQgqHZY1AmLEpZZ PSlxgoz0SliQsVRW3JCx2XO4HcpCXDVXB//Q9kBqsxtPQwvL8Wo3IlKeKqBfv9LXJ7WPCM5Q8VeH 8a8bpXce8WCnipr6BlWTEq2J8ZhfKn9RqTYkKlL9Tqg/4hS/DTX0hBm8IlrHDJeMz9Sec3LoZx9r uWLwsXXTVoj5RdczqRHqAhN/aLW5wt/aVJwuGlWTkiDsO32UXtYRZdDuMouMABRfUpHYLc0cNSiS TC5KjHsOVl6L6tMfMFzVeJpxmCuvG1HC6dlFzhqVWrxVImzVzVKrHZNXaSoMDdN4Uj1LmxmbFM2q 4LWUWHCyqt4IEKLeKeE44wjRS9hQ8A0jO6mf090qjePI0VG/qIyLVneUEh+nEiyYfp9UarspcdSO ZXbSq0HixCzefKK8tnA1NXBdDf090XcF6DqbCJBCk/E0eUFY72jkdwJGqkeE2Huug8S5phwsgeLp jUBWXkOGpwhC5jSdNwu+txrN5XI7iQfSIXTjqOVzGg6pSAqOcXmShC6CYanbSLskVak8TBS0QdSI Shq9IMpOF0Ph6Jus9x5+FbCvR8KiBGaIo03ekJ3HnCmTom8Jy9enwzIgpzwbTks+Qx4mAjMLYeS9 1n6cCVT+zmA3U8sMfPYCcgj4bvpPsvo28DSbe0ou4ZgHpCeWLj51tB7jkuulwJIyXqCkwH0hNjZT Fgs35Lf4Y4G/p86Jh+mgldR45oMOCLf1Kk03CnbmJM/SARdsp/7KpjNqu39Wp5ALO/UGVLALO8z0 mOBoU9EcVOnk1B1UOthQ8Nrsynv7CVOKaBYLldxbpsCrPosmzgoVKYAu9bkgU8Y7UlZcdRjZ9RWX TrEfpBpOGspRTcNAql8LYwV+XtbTwHUBbwQTkqgjREEkpoj4DdiseGBXUAnwHZTsPOdwpU3cM7Ze uGbhMKYOid1x4LqDm6FSdTOy+idQadFF/CNOy1PkTHz7qak6mvfdwIPyhc9TgBtdbnyQx4TqcKLm L2KvBQuSrwpGQK68ecR5b2clJzV3v4d+y53UnA5FdJUcTm6KREZLsdSKk6mV0lHPicMiUDWqD5iq upOGii5pByWpiN8RVPzJfiqrTmlISkK5BX4uoQpu4iofmKmRdZXIP//R8Muc7Mn3S35oyhK9a4Bh WwohFAkIwmWQLC0JlkCwjCMLIBCZr3sMtJCELQg6mcfWbYmQuln6qQILV5sLQsXhKO+pxgqDIXXE 8yZBKIuMlsIiySSCea0J4WwrQWFoTwjCaJhqOFPhWwqaFvuUQ5w1KbCtCDeI4JhVcEAyVRvDucNF PQenxBnVdtLiJUKfDED0yu3h+FMyWQufKxVqVV2y62vLhdqNJgYIw3VpaM2r57VSLCcgpOoPzK6z VaMgkNcR6QpLR59SnpF1y1aZXpPr0hMhQfxHDm2XZdONo8p9CTqpO4YjI/demXUn5O+yqzhqLrmS unfEeTT4ZxyKt4D2HUr2GUqLBl9k/htd6Gys35DHkNY7YqwpGM13HhXz6SgeFqaNU7mOE07LkrMv qvWPD1ciwhTdwh1VnKDxHAfSsvXPCsCy33hj67ByK2ASrk8igM8l+drSQpDdNgjVdAY52SI4d+sK dlQAKMkaro+HGqRzGNzlTQniOC3ikJHuYMlLGVcHT8QZQ8crldUS4wc3EK9R1msSlxAm7guM1GjU qZ4hoKvVHpeGxwu4KNThaZ1XCeNwmwUnfqbsslZw5DpqcGwGxXLU4czYJHceTqud/GOnP7rpOPIU PDz6mj2UqnDMGgUn8W4/MoO4srpOPJFXUR9I9lF/CU3C7QEjuMcBYBRfx7x8gXSTkjO4KlMAqFT9 PPyuWd+oQ6cAW+Pa7OQtychE/p9Xn2UzwNb6Su+nxlIfM5dDeMokZnunblB4ruErN+QqZoVRmw+y +jbxNM6AjonLqThZrU8t/DHy5pvGbSliCvpjRpv0aoP4GmTotT5THgowva/slj5gwuep+luYbPCs +TimPNhHCuw/p9UHKQh8G5vqaQr2g5gwHVMKR5K3gt5qtOg05uKXkOU0Kg+UphwzyPSfZeoynTEf 3l+a6qTqQEEtK535KuP/0vMPDvHy/ZIabhm0r36j6QvZcdStw5tcFennO36cceXhI0Rwk6LsJpA6 lOypQGYIPRa7I4cJ2KwYTovVa7hni66KdHhhBGazfkz6XHiNoudyVBwzpzX0VKlw5zDSuhvDcNsu d+Yx8t8G8mydv6fVK+ldw1MZRCRoYzIhTzUx4H9mVdBKZv6XVcbiOy+ja6kBLjdOHU3mJA6Kebku PEofojnEEunsvTofpVNtiPddQZh9JJ7JXGpBkwFzvPlfsw3wVGm2xaQpPqU6dmgLjrPLDeoYXJU4 inF3klWcLR6R4po1EqL+JnWV47+IBJglTHEOm+S6T4016b+IgzKk7ioXO3iGRf8AC3j0Tv7LXUUN XGbgwqsoMqXy6qIqUZzITGrSDf8AEPun+DspcEyfWF20eEYM3heC7i8Bs4lBv6lWabEQs3hypr6o cPRESZTYqVK7RdfMj9WqDVK79XeseHkuvpncWwDILnf+pBugC+af+p1XHNQfxbn+px9lqfB+mvoa n6q28vC4K36my4xD3Xi1BiFiVzPa7SV24/DxTXpVv1ITZ591l4zqbicll1nx8U1+3eA0/Skdw8HM JyHDIFScX6yvw5roIaRl+VQF/wBMrnL3boeK8fMVcF3NeflUKlB7jkUPFf8AUUhr1AfUrJQRwlQ/ KQn+AfGRSHi6sQHfZSdXrHN7lf8A0Gq8K1vqMLmeKLNHEpi97tCUpa9w9Bjqtz/qOapUboIXM+py C7nUBGQXO+gN10lg4XvK53FzsgSvQdRYLiy5qtU0zZ49l0l/Ecb21D8rvZSdTqfS72XS7jXD5j2C i/j3TlPVdJqI+FUOkdUj6Lhm5M/jCflCn8QHepbmhDItDkpqNiCJVTUYdUjnUyqIOqUz/lhTLmDI DurOayM0BTYBOILeoiDTO6o0jQCOixbT1JKQlrMgn9HUxw3hWB2fK8z4i+SpT4otN3KXjR6bW4ty q06cH0u7rhp/qOEepWb+ovLh5gAud48levRY3cAro8FhF3M7rzafHNcPNUbPRWFZj7+L7LjeNV0V OHa0SGg9FzPp6Fojos59QHyVPuiH8S7IA91Zo5n0mk+kLnfTw5WXouZxLh5gAFB/CY5xPutzkjy6 jTMyp4KhynsvSPC4PmapPpE2BnoV0nIcRD8nEoYWjMrpNE/Se5R8O2TVdHL5dlgRsujwAdWhI6mx vzK6JAgGQE+N2hKcMboUMH7lNDMrVmZOKsz9QrtzuFzEHdCDzTJR6I/UC6xsqNqtf8wXl+bYp2tO pIWOkHqg0ovUjsqMqUx6azQvKDP3EreEp1g//9P0ncW9ptWaQuevx1bDZ8lcPgpSHhejnCOOlq8R WqHzO+yiZOao4HYypkO2K6QCOqCMPjIrYXFUC+5WgrEEJSSM1UNBWwk5BJiSl/NMFjTeNEhB2SeI 76kPEO6uBid0C5oUy86rYxsrgfxGoeI1Lj/bKU1P2Jgs2tTBvfsnNeif8snsuM1Do0IHxHck6i1R 4m1KFlzmk4/MstZB+0ms3Rqi5zScoR8uxQ8u3uvw46JnNIV0spsdmlqUBmHtV0c0pSYMp3DD8wKk 50rUQ5ruGQaOyk+s85n2Wwk5LeBUdkIV9KDa7wbvtsnfWa5t0DwxaJdhPRRqEssGe6vqgF9O8Uye cKNWpTboWou4h4t4bfZQfVxHzUwOgW5ERq8UIhslcFRr6l8K73lv0wuKoySSuvH0jjexzdvdQc07 r0PBBHqA6qT6AGs9Aus5I89zY+ZJgbq49gu88M43wn2QHDOm7VvtBwFrBli9kpOEWZPVeqGU2epo 95WNSiRem4907jxy85wlNQxcL0n+ETaj7lAinHlotJ5q9h5hedAsXEj0yvQLXkj+6pt7LOBiIHYK 9kedAPyIhg+kLsFFpuZR8EDIK9hzspz8oVRSPJWbTebBqvT4V7hYQs3krl8J4FggA8H5vdek3hJH meAlfwtNvz/ZZ7wcQe5tjK6Kdd4ycfdE06YHqceyApN+p0JsoqKtQ38SO6zuIcBdwPQqBpsm7nLS BkPdTICaxN4HsnbXtfD7KRc7QDuh5zpCuCz3OfllyC53+KDZO3E0/N2THGcmHuk9Dmw1DdMGVOSr FWbtSy/YBXRg1wFwPdLLBn+Vi17ui3gO+koBjYMmojiMJ9K3guGixpthPQqOKac2JX1Wu+X7qYkF Nc5sTIJl7gbSFvHfHrVPBc7QpxwxAuE2DnNZ/wBSHiuOq6TRjMAJfDYMymwc/iO3K3jHZdBFPeUp DM4b7q6JCpJ9JVBVAFxHdDyftQlpsA1AzqjDsVJxYflBVMDj9AWdw7iPUxJg53YNoUiGaErq+EJz ez3Q+DJyexa2I5CBoUsTqu08DvUb2S/CAfOFe0H/1PGiNkYG3sutvDgf5jO4VW0mavaegXqezg88 TFg5AtcfkPsvTFGl9Z7I+E3QPKnceVgIPoPstfLAV6mAN/yj3cthm8MHVyvceXf6T7LL1AwD52Do sncfpRY7ZLhIXo4GoFjV+L2dXmlrilLCvTwM5IGnT5K9x5nhwMkDT/avT8KnyQNOnyTujynUnaAh Lhe0WcV6vh0+SHh0uSvceO5lQ5k+6maLjuvb8OluEDTo7hanyDwXcO5AUGfO0novdNOjyU3UqPJX yGPDdRoaU3d1J9Ol/wCJe26nQ5KTmUdwtzmmPBdTGlMKLqDnH0r3yyhs1IWUZzC3PkMeEeGfGUID g3uP9V72CkdQgKdDdvur5KY8M8A8bFIeCf8ASvoMFDce62Cj9QTy0x88eAfE4UvwDj8q+jwUdwjg pD5gnlpj5z+z3fSUf7OIEmy+h8Oj9S2GjyTy0x878C3WewSHg4yBX02Gj+1KW0Dq1Xy1MfNjhXDI KgoVQLSvewUP2rRRGoCeUx4jeHrnQoHgqpu5pXuf3URjCwZQiS6Sp5KuPB+FjSU3gPiwjsveDKB+ Zqbw6H1NhPKY+fPDvOcHsgeF2YPZfQ4KE2LUQyiNWp5aY+d+FdHpHst8O8fL9l9C4UtwlijuCnlp j588NUOUpfhas6r6KKemFKTTyLgr5aY+ePCO1lKeEdsQvfPh6EJS2lq4K+Spjwvh3N0W8AxefZe4 WUOSR1KidR7q+Qx4buG2mUBws5/le2WURt7oeHRiZHur5DHjfCXt+VjwxGRK9nBS0IQLKWrgnkpj xRw7tym8A6kr18FH6gtgpbhPIY8g8P8AtJQ+Fcfk917GGkNQthpbhPJTHjngTyHZL8DyPsvaw0h8 wWinq4e6eSmPEPA8neyx4A6fle1honUIFlHcK+SmPEPBlu3ul+G5L3PDo7hDBS3CeQx4h4Y7ICg8 ZBe2WUtwtgo7hXyGPCdQdzQ+FcdV7hp0dwlNOjuFfIY8X4M/WEDwY+v2C9o06W4S+HS3CeSpjxxw rR8zuwR+H2x+69fw6W4R8OjuE8hjx/hZ0d7p28GT8p917Ap0twrMp0dwpfkq48hvAk/J91l77GUo zCyx5aY+5PDEKZ4demYkwBzUnAGwC/JnKujzXUSEjqRXe/aIUX9Vuckf/9X9OLOqRzDuV0PFpCi5 5C+6VlFzHKZBVnVRN5UnVWzkVqIm6QN1Ik3zTOeOak6pGR91uAOc7cqLnuMxKZ7znZRc9bkQj6zt Sud9c7fdF72lczzpF10kDmu7eEhrnLEVIlSeRpbuuk4o6PHduUp4g7lcheAM4S441V6jsPEOzxFA 8Q4ZlcmKcnIOqRAmSr1HUeKduVvjHEZrgdVhJ4nJXoPRHGOicXZAcW7crzjUvK3idfZXpE16R4tw 1SnjTuvNNU7lL4o1lOkNemOMt6lvjDlK8vxhNge6IqgHIq9DXp/FO+pb4t2crzfFGZOaU1RunQ16 w4x4Oa3x7tSvINUjUgLeNOpTxw16x40nNyw44j5ivJ8Ukeod1vFy8yeOGvWPGuN8SB445Yz2Xl+J Ju5NjhvqCdIa9H4125Q+MfvK8w1I1JKXxDunSGvU+NdBk3SnjCRcwvKdWIzJWNUETPur44a9P4xw GaX4505rzPF/clNTmr44a9X40kXcgeMM5leQakEFHxbZhXxw16x4z9y3xh+peQKo3QNbmnjNeqeM k2KPxh+peR4sjNEVAVfHDXrHjT9SB407ryjVg5SlNU5J44a9b4wnVD4snIryhVNpW8YiYTxmvVHG H6lvi3bryvGuia0HKU6GvUPGO3Q+NP1Ly3ViUPFI1V6Jr1PjSdUPjD9S8zxTnZA1Cck6Q16Z4xxy KHxZ3Xl+ITrCOM7q9Ia9H4t29ljxh3XnY5PqWx3zTpB6Xxbt0RxTtyvOD9JCYVP3BTpB6I4o7qg4 tw1svLaZNvyna4xO3NS8Ir12cY6M1l5jalrBZZ6QfvbjHIKD7aX5LpcABJzUHiF5+OrleT3UHk9V 0PjVQec11iOd8zqud5tkuh19Cou7LpBzuN8lI3OSq/OSpOMG1gukRB03ICk4kCVV7olRdcXkLcRJ 5kZqJN1Y3mb9VB+ZIP2XSCLyM1zvE5mVd8R+FB4n+i3ERcJOak+SFR0g3spu5rpB/9a5JBylLO8p nH2Uyb5lejjiJO0ApHOtG2qOMCZHYoOLTogm4u0glLiOUXWdEQZEapJBuJ91sHEZvmeS0gCSlOEH M/7Kb4MXJ/mrgeY1KQm5vK2IA80pMg6KjDrKMuNpSdE2JBRuPMm4QL3CTaUuIibkDkUHOsNuqYNi uhYmyU1BBsIG4SOJIyAGkK4hy6D/ALLB50KncAmJWc6dYKuCmMxbNA1DIygqUiDmsXSBv0TBbERb Xqtjdh9RUAYFytinKRCYHc8zYn3S4979UhNhHdA5WJ6K4HxG/PmgXENi6kbASbpS8/1VwVxbBLiG 90s3AKBdiyKuBsdlvEM8kk2hZ0RmVcDAkuunLgFGd/yiHYoNxZTBXGCICXHzlIXgQTnyWNQSf5pg cPusagUg4gX3lNMwrgpjiEDUGynivmOiwgCEwPiuECSM0geQRGQ5LOeZk9EwMXHkgHW/qkxiRmYW NWBFlcRUvjJCb3SCpItmsHycgoKYwRqi1wJiSkBEjJODY27opg4LYjv2WxDTNYOAOagYO0Ko14BF rqYNwAbozJP81BXEDYBZIHNB7bwsoP6KdaItOag8CclZ5kXIChUIBvBC8zHZzPcC7PLdQdYFdD73 C53WHLmusRBxGS53i6u4zMGyg/KJ7rpBB1zoovwtvdXImSZXO8g5ZLpERdmbKTyNVZ7dj9lzuyge y6REnm5GEf7qbjeyZzjPTdRc43zk7LcgV5mVB4i0xKeSLbpXZZytwQcCSG39lF7b7Lpe4m5UiQTb bVbiOUzBFkkYs/ddDjnBHYKJEi0nstwTNwSZPNI42mAU5lpENjslnCYIBK0iLgCOSWbWyTuHJTdb S20rUCucCIjJIYsLJi6LA9ktyJmVoIQQZI7lAAnSY1Rnn/VKDe6qDIBO4RNzewSg2MyhiAMyeiD/ 1/OaS5xAAKDpbOKyU1AMwQJEc1i7PMDaV6lwLJdksQ/UeyVzg4m4QJEyLxotAlwkXMrOB+oHSQUj nNmBKnnr/VXBbC4A2+yUmM5UsYmQBG6GMkwmChcwG8pcYkEEhLjwnzEpXPnQq4Hc4RMoeJaxBKTH eZ90od1jkriK4w0Xn2zSB4nI2SlwI56XRa6JxDsmBzZ3JYWsQSkuclpgDIIHEX3WkG0FJkBsmku0 hFGCTstHP2SkwQLn+aM7G6DFpI3CEBsEyjc6koFEEXMjNJiBdGSDiIWcRqTCoYnXRbMZWyS2Lbab oaaX0QbFJiYSl2/ZGYvmDyUzAkWVDkkCTPZabXFuiUeVY3NroGNmzPOU1/DnJKCYy90RJzQEOEAk GJtCqMgSpBoGHMg5p5Ds5nqpQwF9Fp+W06QhFvVB3hFthMqBmkO5OGaYbgnqpYpm1tOaOIRhGUSi qN8xwgkGMwspYwbYiI2WTB/SLicOk7KLjcjJUOQluEdFMuJs0EcyvLx2QeTz/Cg683KtUmCSZI5q D8Th5stl0iIvH/Aud+ZkqzrmAQo1AAOfVdIIOmbx1XO8AyQJVyAbkhc1RwMxC6REXEznKi+Af9lZ xDRYgd1zuMuMkLpETceUdlJxOh+yapM52U3uGU9l0gmbSApkwDCeQQYISEicpW4hHkgSSokk5k9F R5aQQb9WqRfIgSBqtQTOeHupVHw2AVQnl91B9vlF9oK3EK4zqSkcVjigySD0Upd6S7vBC3IM+w0n VSO0W3RJEQXAjL1KZjQFbkGIGIwR7LHqeyUOg7HojJiT+VUCZtskLr2kIOcDMgDWFNxE4mtF1ZAx cbwCecpXPIIGE9Sla8tBuT1Uy5zjGMTnErWDonEAS2Y1CmXxIMSd1IwRiIA3gAqReC4HE0RkIuFZ BYvOMgEWy5pW1HC4c0Qb2Kj4gI/vLkboB4d8ojcGJWsRZ1SXHzgjklNQEZ9lIuBgZflZjnNm57lM FGuGhNwiHFoOcypYjM3jUALB0iwPsrgc+YXBtzWLs/xKQlxzif4kMRByk8imBzuY90pfORHNTxDF 1Rc4EXE91cH/0PlmuFwESXAzIsoMdGYB6BMCA7FA7gr2OPnVxC+/JA1ACGyUuMl8iD3yQLhiEN8w 5KYKg2Bko4pCkC8mxg8gVpeM3AnWQmCoIOTZTSRaFFs4rETyhHFINzPRTBY+nI9ylvOkJAdytMb+ yYMSSVnCTE9EDFpmViQDItZUHFleyEgzJ8yzrjrrCEDOIQGbeowkJbafyi4kcickpEf1VGJzgFEu A0lJIOyxIcOSCk4geiOcxmBfkkBtmAOibyjW6ChnDYaXWbiiSR3CWW6gknVa2LJQU0kRKLXGAZPS EmQM2OiwsJjrooKhwNzdIYfIOGNilkRJIjRDIzAIlBpDBnA5hZDz6D7LKj+kXeaxNuRSPwtHqjqj jIuYjeVKo4kHze68tI7kcRE4pB5SoVniITic5PXNRrZm02XSInja1c9VwnVVLotLgo1Tazl0iIVH 237rme+HSQZVcRyBvrdRq4tATzmF0gk/E7ILnIdckBO90ZkjvqoVHNzMjuusiFeCTl7FRc46kjug 90nVSJBcQIkaSukiC43N/dSe8CJ+yDrEywRzdkpF7S7/AA4G8rcgz3Q6w90hfabiOaV7gWnDIOqR z7gS0DY6rcgD3SM5nmoVLENDQQcy4KjySAcLcIUC8tmKYvzWpEI4w6SNLKZh05kc1nVSTEYQTug4 w31ASYiF0kAcdi06JC5pBxME8lnFxIEjokeXYogQN1ZEHE4CzZSF7ug5jJLiaYwkiNAiDMeYA6iF rArnuJMkQovJLZxe10zgS0hxEbgLnltNxiS08lqQZrnEQJw7gIOfhIJMRaS1AObplqdkhqtaIB7r eIcEGwIB1gwkcW4I8xI1lIXuN4lA5ScQVwNjpi4xQEmKZGGR0QnFkfcLNOESRfqrgYPkyJb0cicR IJdf9yRxBIF1rm9/dA13S2R7poIsIjkUknHoe0wjdpPl+yAyZw+b3WLiMyO6xLiLWSPa45mT0QbQ 5T1SmSmyEAgO5JC2xJJCo2OB8p2kJvEBIgj3KnDRk/3QG5IPJMFQ7A4wbHmsXx6S3ukDgGmbIF0t u5w2TBTHhaTIgoOqSyBIlRa4XBIKcPDQBAKYNTc5rgATCriJcLxG6mXBrZGG+xK3j5iT3KDoY4mQ 4zFrQmJGpGey5iTV8zY90GPdiiSFMHUCJuERnqUjXc55wjJLokAnQKD/0flXeY625oE2MkreZtja VicJN17B85SZucuixfDIsNckHGGzBKmcPMfdUNIdusHDUmNoSWw80MzFjHNUVkFpyRbFtT1UsQ3v zTsI5TpKYLA3u069kCeRvqkudAi3TONlBRt/mEdVgQDH3SkgCQI5QsIJEkFQPmPUZ1ELYgBhnoUs /wDJStIcdkGkk2lZCocNgY6LKj+jPFDc2weRSVa29MjnKR1V8Yn4QBsZ/opN4h7iRTqTrEfzheYk dmNRriQJ/wCdErpIzI6Sfylq1ahB87XLkqOdYhzmnXyG/wCF0kFX4gZFT7KJc4mHBp3JEKbnvc6+ EjWwlQrATepht81luRGrFsEho6xMrke5onywf2yn8N8HBWbE6XUnioBhxAnW0rrIib3iIxke65nu cDZ8hOQQCA4gk6j/AGUX4bSRzkrrIEfUIu44uwUHeYE4QFR4ptJLagkZR/0oOwm+OeoW5EI8CbC4 0NkjiS6S2OhRJwkgPDp2P/Si6oRmO66SAvdNh7yEj34WzMkDOf8ApBz2nMXzsEji2IvOkFakQpcX MF7xc4VE2BvP4VMbYsS3aQouqHFMzpYrUCucbyGunrZTe4E5QRsUT6i4DPb+qUmRdt+q3EK7qT3S kOLXGHDpdYxJmx2SkvxRJM91oYQ0WJuPdTcY3jcg2TOquaPMwnvCR1YPEkRbIKwBxByqAqTi4EXb hHNPkPTfmucwD6fYLUiCXuuTTBGi53ETqFQunspHOVuDOAi0k9EA4kka7xKGE/8ARQMjUxzWhnOn Ud1nS4WPYFCDAMiOi2HlYaoGh8jfkURidMiOqUC05IixkygIPmsc1mh2K5NtVjhBM3J3TAQL2ByU AIvqd0odFjMck9iLEj7pMU2z5wgxuZgjspyDIVHTqQo+YE2VgIjYlBxbz7LElutkk/8AcrSNbp1C MiNHFC0fN7oE/vPsgYwRlB6o5D0n2QBnIA9QtIi8dAUDS0gRM80S2QNOqWx0jQLE+UXMoHAaDYz2 TAf3kAxzhTxPu2c04LiQPuoKNcQS3EHWz3VA5zchbkuck5ETzCdr4BbuFmxTlxJOLFHRK972xDhB vBCXHUbYC2xCwrQ0hxBIyiyuBi7EZJE8kpIINwQNylBkmHOAOqE2za72TAYtnK14gh3YpXXOTVpb hFoKqGxwA7zDS6eP3+4UWl3L3TySOSYqovPmaQiHRYiB+FFpDSRf7J7WIf2wqYKlzLDGUSQYg25J Ghxzwn7FbFhnELciVB//0vkZOMR5gmkSRrzU5G8HcEhHEANfdexfO2Elxy9llicVrwNYlZUfvRr1 nta6nVaGEXa8iY9z+ElUVYxNcGmbeaR7Qlr03snFUDNPW1v2AXOTVLXBoq1DOWFxB72XnZHV1F/E TJqYmxlh/wB1B1YWMGTlc/yAUnAYJp1qbHxF8Lf5ypHiKrfLipO5Nqmp9hK1OIavWYRLyZ6ut91B r2YcTDbkYKnU4kSXOrYAB6A0i/dcx4llUwXkbNDphdJxR0ODHOL3OEjVzgfyVzVagLrOJjYpQx0n FhDAcnDMKFazsLa1Jo2D8l0kBqPeYd5gDmM1zPqkOg0yj5mmXFrxuCTKl4pn0VKTdy8BdJEI+sHe odjKg6tSmA2J0lWqVGsF6niE/wCr+a5/Eo4rAz+6y6SIDgHWAHZKCAYxO6HT8rF1B7jMTpF0pcwC Qac9IWgXAgy3D7SfyhLmDETTPeChhdhBnPYpS5xFqnvCoRzwSZbbfNTc9toF87yE78T2nIkblcvi vBjy/wDstyAvfJmCL7EpSQ7QW3hTfUbPmlo/ddL4og4AIOzStYgOedL/AOlDE/5SO6z3tGb77QFL G0O8oA3IElawUNR+KTBPIKZexxgtEjdBxA+d19xCWKgu207K4FdmYJHQKZLs8XuVR5cRLmk9VIua IxEDoVuISSTZx9kpgi9ijIcbOSPBZ9K0FIxZH2WIw6t7oS45gpZCoZpEREgLEtNhaUvMI+bSDbQo CRImUQSACD9krQ4CUWuuJAEHVAcDnEuglOIaINjyQgunzQOqF2k3+0oGvhImeyXEZkhs7olvl8wJ 5AwgXCRAIPNQAzJM9YUy45Xus55DrCeSW5HpjutRCkneRzQxDQSUSW5G6BM/LCoE3nCB0WlkXBKx w6yhI0KoMtJzKLnaAgoYTnYoiToEADzIkJsQdkCELfQAiC0jKEGBIJ16hMMbWzhskyEyZTNeYu4q A4hmWqmNhixadICV1YPbF52SY3G0TpcKYLghrg/GSZuMkHVbGcWeealDnARA0hYyGlrgbckwHxMR jynqEHAAWYAlxtiD/wBpbE27K4GxE+lghbHhMObB5JSYbAzS+dzrglUUc5puHPHZMH4sqhB5pAQ2 QQ6OYStALvUe6YL03klzXEW+oBGRiE4QfsUBii0OjoUA4k4sAPMALIq0Ai7mn/UiC8Q04iP4lJ1V nzUx3KZopkSGug6gqYqmJ7LBrvZbFGeJvZTs10NxRvlCZriRZ5nayBi4RAPuFkr34IDnGf8AmyyY P19/F8QxoNJr2fulrSof2hxLjFSu4yfmfi+y1RzzTOBvDsbqPFLipilUd5mtdAsBTAH5X40k+3RQ 8UXOJti0LaP+6SpUqTLTUc05zVwg+yk/zlof42CJOJw/AKBrUW0sJrMa3QQXH8K4K038NUcTVEaQ xxefusaFMn+7fVc3UFmEj2lClgq07cLxFTnTsp1qAafK2vRMZVnwE+xN1PhsUOBc7QNcT/JN8Ix7 QWsrM5Bk/lSNd58obQcBYljST7qFV2OB4dSdYdmtyVH/0/SfSLCcQcwDV1vsFzPqtpm1SmZ1kygK tACZDIzxAH+aTxgSR5niLFrV6GRyF9Wm5tqlQvGWZH3SHiGzhcdMsAcp1C2T/wDFeebrR7KLjAEV Hh20LciKOqU6gg441AEIYWNbZrgf3LmLw12FzqknOCAsW0zBFXCRoXStYLOL3GJaI5FTILRifTPU ugKT6jwQ01cTebbBLD5Lg2m/nt7rWIPjw7DTeCdsUhJUdUaJqNgbh8BJUe0DzNDeTWgqUsbdtJ7+ ZP8AJakB8cEnAO2KSkfXbHnMGMtSjUrsAOKiP/VSw0nNxMaQecQFuQDxg8TDQOqUvacqk8i5TqS9 wBOID6b/AMkSx7wA4OEZYrLWIJccw1royONKK7jMkt5Qpupta+GkgjWbJZe0mHg9VcgpiLpvI9kj 3xYCOy1yASQg57W2wlx2VEy4NBN5S+ICmJBEuZCQlkajkVqAOk5meiGE9BzC2UkH7oB5GqqCTGvs hLbSXA8whJziUC64vcbqil8Nvsmk4Ywlx1XP4kE5norNqwZ8Qi1w8KYA2q4EtDRCbG3b+SXxvMTI I5IGsHiC0g80wUJkZu5JS5pg3lKQQABIn9yVro+a40KYHNwbmeikcWZMAc1jjL/KRdI4QY1Vg2KQ QBKGWcoeYFYndaBtofdNhOqnIRHUIGJ3F1geRWBG6JaTkoCOpRcDEi3ZTvr90ZMZW5IHaXkG890C bwWwgCCU4ysfdBrCLQFpnIn3QgnKOyOQzKg3nHmBI5rGq4iC4nugJiIt0W8sGxQBwc4CYOyUfwrS NAVhGhhUYh0zBA5JnPNhHPJKXvMeYokui5HsgDnhxFo3gKgLDbxSD0UiRyWAGZ+xTBUsABIqA9kA 50Q0T0JQaWgHMbLBzSLtPWUDiq70ugD9xTgtiQxs8pU5ox6XT/EhLAfK73F1MFPEcRhkkcyjJbZw AEJWiqbgyAmx1SYAbHSVABVpt+WeyyaauUAxuFkV+nivTyY2iNB4YkpTQ4p7p+F4t7dCBCWK9PLi adL+EFQqGq7/ADataM4kL8mT8bXI4mk7/BNL+N6wrNY0ur4OfhAE/lcNSsXMDPgmtI+YuF0xr4KX hNDacjMN/otdR2Hj+GcMLXca7YFwA+y5WVab6svAzzc4z90jH02A467nE6NkSkNOgRip8E5s/O+o D/JWcZB11eLo1afhhrnRlgeAuQmnSYMVKoScx4gUWksecJa0aEW/kp1KcG3iVXH6XZLU4yIq55qE +FTpUm7EAn3ISmk0Z8S0A/KD/suapjYJNEh27nKPiVAbPYOi6Tj+DrqhjR5atRx0vb8rmdUeHS6p BGmaU8ZVALTUfBzDRCU1aIMtoyd3rUlQ5rVcMQBzw3QFVhF34nc22UqdXCTIZB3TOq0HWcXTyyVw NU4qpTbDajW8mtCm3isVnySTmoSG1JY0EfuCoa0mC2m0cmiVcg1Zzg0FlXCOb5P2UnFgBLuMJdsJ RrVWYIZM8yuU03OEhsjotSCjn1mgluMg6uXO91WfNiHVEsqeoA+0pW8Q9jziLhbSy3Ij/9T5IPqx DXO6JC2oCS5k/wARWPEYiSSf5pGvGOcII2N17LHzhiE2dhWY90wXEjrCerXY4Q2kxvZRLjUcAWtH QQqLOcGCQGD/AFSpurTYtRe0NaZI+yUNAv4jeiTBiA4YgSPukgn6SIS1JmQSetkTjAjEO11UYFl7 AHdKQ6ZADkpc+LgwlxRutYHJLSA4gdkRVhpaLypFw+pA1GkXYJ5JgpLZ67pibetr1PEwwQ4jkmHh FoOTtzdAS5rbtZB5FLjcfMQ124Kckj5g6MrpH3BOG/IoFx+awcOSqDaSQpBoiQ6+xslJh/8AsVRU jE8nFbSCkdZ0mSeqwaImHELEtiwPuAgEuJnJE5blIZ3WQHFGkI21EpS5bMoGtoSh3RBA0laxysgY Y9/dYFx09kuGRMyiAQbGOqAku27LYu3JYFw1lG0x+VBpMZ9kbZ3QsT5o7Iw3Yz1Qa5EAysBe8jog YygDmiYiAc0APIRzS4TCJaRZYvIEXQCYyQJOZv1Rl0Z26oT0VGBnMSjlktfQI2+bPZBhl6r7ELAu WAaTqOqBEEGQoGgmR5ZWwu2K0k5SO6YuLcn/AGQCY0vyVAMTbgg9UgdOYkog1Gjy4h0UDkR8z2nl dZJjfPq91kwfobePqNp4WUqLBvhBPvCk+u6oINeoCc4DlxsqMsTUc525qn/ZB73VHZF8buJ/mvz+ k1t2DwcMOpmofqLr+xKZwcykcFFsH9w/C8/4iuxsCqKY2a4BB1Z5Pme8k/u/or1osWVsJcXvZH0t MJadUs/xT4jdnApWhj7eG+oc/WT9lVtZjaYZ8KAfqJA/KoY8TScJbRY3lA/mVCpxVYQGVW0x+0gf hYjhSZqV3ucPlbEe8palbhpAZQMbY5SSfgDeIZ87y92pcCfyh4zHOizRv4aBY+pHhcHA6Ez91Orw /EMdDmCmDeLD+a1JENAJPhYHRmXYWhIWtDZc9j3bA2Cg7ADDiCeTkA4A2YCecrWC73UsEmnRJA/d JU8D3NxtpYWnUZKeF8nyg9krnPY2zyOTSQrIHqCoweZjbjOBdSFXAbsB6hAPLrF1+bk44cvBx1WN 7LX8/qJkvnFA9kjqmOz3HsUzmmifK8kbkKTqrXDzGT1KsGsL4i7kTKkXuedIVHVWEWosEaiVBxxH 0wOi1A2GlN3HsEC6iBAdUjaFONkC4tBECFrA/wD8eb+J2IQNNhbLCb6FIX4xZoA5LFoDZBk8lUIc TDBA7rGtI/w2jsi0yIc4tQeKYAh83voqFNSMvZIXySdeiZwpxn/NTMDIyrAWuIdMws94JmSUtzeL IEjVqoYYe6cPY2zmNKiS06Qh0TB//9X8/f4BAw4hvdLhaAYIPUXSAHdYktzP3Xt8fMOEi4cPdFpc 28z1KAJIBDfZbxKk+oqh/Fj5GzvhQxOIEERzS42n1Nk9UzXsGRjsoASHZuWEDK45rOIJJxH8JYi9 o5lAS48lp3CGIbIf8zVDSFpCWyMhAbHUoxzSrR0QEAE5wmh2UqawJlBTDt+Fg8g5AoBxGeSIdY5q AB8G7YTioBJskLr+YdEQQTYzyhAQQ5YRktiAbJbHZKDM3CBiRFj7rRbMd0BvHshiuckBNhohMhbF e6Jc0nOOiAApmxNyIWHms25WwuFyQOqDQ0k3KZtK2IEdiEJIsCOxQcCM0BIM3v1WA3MdlhUtqjE3 JCg2EzuiCQcz7rNLcsysQdAgYvePVfosgGnaVlB9o2iLFrWdz/RHwnCR8RgH7ZXIPEd6qgjYEBN4 TdQD/wDsXxY0LqfBswxVrPfrDAAPumYDVlrabyOjf9lPFgs2hTHNzp/mqt/UK1NsMeKc/Qnv6APD 1KYxN8RgGtx+ApE0ZHjVXOHQkpn8ZUrf4ld89gou8JriXMc47yrJfsVL+CMClQeTu4D/AHXQziq1 Fh8N9OmNmhq88CfMykY5lKXvnMAbAq9dHVWqV6zcT+Ip3z3+wUW06LILiKh2IdCXGxzcJpsne8/l c7g2md55qyfQ6w4BuGlSbO4BUHPOI4s+RulHEObADWtHNqxqUw2bueddPZWQZpa4kB1tkjm02mzg eaDXgEl7ZCUPBcZ8rd1rEO4PDZaQQpOpEtJ8Rk/TJlUOFzbPcQpiq1gg0w6N1YJkCfM5sbm600oP mFtgs51NxuY/hUy1py9itBxULJLC2+4BSO4ioRBdY55f7KeetuqDsMf0VyAPfHpvKUDeFi5AE5xd aQMQmNEZAE+f3QcNZhYPc35pVABZiktc4ckjiwnyNcOpRLt/5pMUHKFQHHklTOIOpnmplUY3K1gb oXOSOE5lUBaStMaLB0fKD1QBO0taM3TsEhv/AEWAndA7nNOh7lKRygIw7Q+5Q8R4kSg2Eb/ZAgi4 khYSd0CCMx7oNJRknVEE6AIEyg0wtKwWQaVlllR//9b84RzQQle4fMaCNFj7IYyBCMg2gAoNiIzT Bw1GSUmDdYQTdAwMmJC1pFjPJbDqCOi2IZGfdQGAbyPdZwAOd0CQB6fdYmQgIJGRJC3a/NIDuAmH K/VUbM5mVom2K/NaBmVovIIHVABA1IKa+Rulc52pkIAmZFkDwWnZOMZzxxyStcSfMT7JxUAES4Do oAGgHMynl+4+yQvpnMGdwmDWPENt1UFJA+QHokm/ot0SloYYDr9EcZIgmAgcuZpiHRZTw2mQR1WQ fTeGxmT2dpT0q4pyQZ6JKgp0xIrMdOgaZH2UmObi8s//AMyvkzWlanEeIfQ88y5ThznAw0DYqrJJ xHhy4fusE7/Ee21KjTHL/tNwRANPzSzsEj6rTfC0nmCtULhY1mdAkDaYkuqCdhJP4WpBZj3EAta0 dG2TtZWqOnACeZXMS1wAYKnuVvCqi8H3Uwd1V1ahTgsojmAJXKKuZcwu5iLKZfUacmg7zJWmsbls zySQVPgOZ/nuf1AC5fDcXRBPdAveHZkciUzXlwkmDuclqTEAkss5pWLmgEuJH+nEi5xIjxB0SDHh vBCoOMuPlv2ASgPfIIgLOeCIayDukLXtF5VAcwB3pB7pceEWDfZAs1MdykBAmAJ7rQzy99ibbBTg DQ2RNQ5EwgcMWv2WkK4gutlzTeYAwRG0peg9lnGRYIFJGZddKDnB+yYQRBCElosDCoQvIPqPYIYm xdF5DtI7KUwtBjdLhCNyLA9kpBGiDTCBWiBkFpkaKgLII9lQCVp6psUaAdkpKDdkcR/4EEEDF5Nj +EqMIIDCyyEFAdFggsLICtKEo2QCVkbIIMj0CC0IGE7WWgHJLktO0IGiMsljM5ALA7phh+qVAIdt KIJGpBRaS2wIjqsSCfMfugwk3IvvCVwvmmEA2J90HCLoP//X/OcRiMlvytiEXKcHE22EHfJe4fMX EdAR0VRWJbd3S8KbXNFnEk7grANLrO97KYMXfUS7utLDbCQeqIsfKD/zsmNNrrlzgTuEAGJg+WOx W8jr39kHUyD5bjdDCQYz6IK4IEi/UIhk3y6BTEjRwTNda4nuoGwWznsshjjIEd1kH0dXjiR5+Jxc pU28Sx9ml5/hBSDAB6VVlQtFnBq+bJGgEuu3HP7gmniQ3WP4oU/Gc5xDWF3NLUNQiXCBzKYMWucb gT/FKmZDoB+6LZJiJ6BWY/wjOBp6qozJc0DE1GpTLR6qZ+6PxdQiQwf+qia5e+4IPJTKoNDcWRJ6 JqrmsAJMcpRqQYDA5x3JQdQLWyWEqokXB4ls9kAQWwDffNZxDZuGjaVMupnIT0laHQapa2PFM7QF PwsTC59QztCSGh3pg8yVn0w6/iDoJTAwc5gy9rLYi7Np91EEtNg78pm435T3CuB3hwE4SB1UTUc4 YQCe6d4cBDgB2UnUzpi9lYJuDmmCRKUHlJCoGR6gfZMWNGWIla1EsQOYhLIGqdwcTOaQkzlB6IAc J1CkYmxKo3E4wSOsJHwD6vstQK5siRC2CBJLR2QmbSUMJm/5VAJw2lDF1WIE5fdayoxdbJCTusYQ QZBGFoVAWRWsgCyKyALLQsgMgZ37oEjQIQsgyyy1uqDLLLIMsFliUGsjKVGJ1CDTuVrc1iB1SzyQ Ua6DkmOObAqUTsiDGd0wUaQT5z90SWkelKHtNsP3QOdhA6qAkx6cli68k36Jhlp0KEB3qtzKAOqW tfoErS0+olqs1wZa0bpiGPH+I0TomhGsDhMmEoBa/wApB6wmPD4btqYv4RKdkCzmkncsU0Y8RXkF xiLSAiazHCHEE82ouqFtjhjosGtaMQnsoEL3yAMuQKpitFR08gUAWPMYJO5KYlwEFncH/dAIZFpn m6EBUbEQT3TsIc3zACOibAC2W4e4UAp0w4S1vuQskNNotJWQf//Q+f8ADB+Qdyt5GZhjeilS4gTB fTPQKjodeG916724A7iaYtinulLqTv8ANdPJhVGimBeP9JhYhmYB90EMzANVw9kQ1pthMcymcZEB kHfEFLwnPJnL+NVFSYbhLyG7KZNEH13TN4enhg0mTuXLGlTbl4bT1T0HZVFsFQDsSjVqOqNhpxRn JhQfUIGEPakDxN6g7NTA+PD/AJbR3Tsa1wkYfcqNy4kOcecQtDibukcyrgZ7HSZA7KUYTdrj/qVp kXdAGSlhYTJcZ5CFYGZ5s2hv3RLw0wC4DW0LeO4NwNcAEgpBxnxBO5un+hnV2jJpncwlL3OEx91R rGzoT0S1AGnOPdPQgXSDmkxHKIV3ERMDqpkhaCjFEl9uiQkTYBM5jTcgnokcI0ViENOTIupljpjC rgQPT3U3X1VlClkC8JHEu0CxuUCb5LQFhmltNk5yyCX2VAjkstJQKAlBGyyALLLWQCVoKK0KgSss sgyyOaCDQtCy0oNHNBaUZQA9FuyK0IAtKCyBg7f8JoDryB2SRK0wgJGHY9kMymlupSl2wQHAdEBT J1HumbUINgO6pLXHzNb1CmhGsbk4SnHiN/w2IANa6QQVRj3EwDHQqBGg3xU89zCHhPcThBjkVWzj cAnUlZ2CM2nldNCtf4Y+aeZlMziKj5kOcB+1BlNmeMM6gpnB3+VVJ3gqegzawE+JRdhOsJhSo1P8 J7WnaYK5yK7jhe6pCJ4YtE+f/wBEwVdwvE/+J5G4KXw69G7qbo53S46rQA8vLeYXRRr0xYtJPOVP YWm7h3Nh7YcdSnbQY8wzCRuql1I/4lJpG6lU+Fj+6a8O/jU1RPCtB9QPQLJKTarhLS+P23WT3+i3 xtQ+ltMdkzOIqOzqU29Qlbw9Fn+JxLAdgEfGoUx5Kkn+BT19CsB13cS7/S2FsNMa1He65ncbUORI 7Itr13enEeynWjpD2g2ol3ZU/votSw9TC5WUa7zJD43V20GtE1ST/qUuB8fERE0wOsqfhmcT6gnl Cc1OGYIFOepUvHbPlphSDEUwfNUKcVOGaLF7iOSXxqr7Nps9kfh67hLnMEq/6M7ii+wYSFL+9zh3 YKho4M6h7FL5Najj3T19D//R+Rp0nVHDGXx1VDwgB8pBHO6iTQiIee6ZsAeWkfcr2Pt86ooNGjZR wOGTW9yoGSbta3unpsIdcNjuoM4OBuB2CWo2q7V34VqhHy2UiSNSVYIkOb/2gHR/NXw4hF/dRfSJ db7qwBxvZKTPVZzIzzSxzVCOaSMgkwGMlR8gapGhwz/K1ECcPypS8mwaD1TPFualBVAIJOQWEjQF MHN1mVsemEKhYzIEoTyRxEOWPm0hULotbQFHCsAgEIJ7boQN0CrJvLzQMaIAsssg0LJvLufZKgxP JBFZUBZZZBkQxxyaT0CBRkjUoAQWm4IWWTQzc+yBUQQiMGhcgQCbE9wgxtlCYYgZhvdAWzC03sFB Twqjr+QJCHNEkCEwquy/Cbww5syfZQRJadEQ0Zhx9lUOpNzYSUTUpEf4bh0KaJhwabyFQOokTDpR 8hbYO/KQtJMYo6hBYVw1sNYT/EJRa4YgfDHTClZgb9R6BE1GT5XOB5hZHUWB4vjbOgMKRaaR8lVw 5OKVrnPI/vL/ALslYscY8Sowt3bCz/FRbxj2mCWkcyU3iuJlr2QdITupsYQadRjj0We6q+BDOzYV 9Asa0CXOxDYZpnUW1BLKVv3C65zT4hxgMB6BOwcVRuWH3U/+gku4c+WWTtqsnbxFZ480uPMZLJ/o 3hjTgj/qcmDHEWoUW95Tu/UaLoDKNQlTdXrVLNoOaFPYYNqiwNNo/hRcXtHm4tvQKfguqGXiO6qz hGEeaE9Dme//AO9zlhB1JXd4NCnchh6lSdXa0+VrYTfwTYxp/wAp5VmNDf8A8cDqVA8TUORaOyGO o43qwmUd4LwPLTYO6lUrVDYmmO65MIJ89Q/lPg4do9TnHopgowBx89Sn7K/htiRDugELkbUpt9LB 7J/FLowtcQlgvhI1g/whB4qR6iewUoeTPh+5WxVQMw3oJUwYgA+eoR0SuFP66hCN87u7KlN7bA0R 1MKiTRT+lx7pyQ3KnHVXfVpBtiOgXK5+IzDY6J/Q4qTsO6VzRvKQmcjHQIW+tXAjh5oSOaZsVU2y jusSNr9VRzy6bhENdrCd11MmFpH/0vhqjABeD0UcI+kp8fNDCT8xXtXzJuaBsltsrFojKUCYyaFd ETYoEqpbNyUIpjOSroWJCwacgE8g5fhCL6oELCNkCngc/ZENGxQShZVwjUFKW7Aq6AASMwlIjUIw VoKAAkIkkrIiNQCgUNk2RwHVMb/KEmqA4BvCUhP5NWoS36SgVZUBb/457psOIWpEJoisqOpEXDSk hNGxHl7JhUePmHshDeax5BBTC+qLQkdScwSY90okBO0YsyVAGkTdoVLHSFhT2P2TBh1IQBrWj5z7 LYc7ymwwJICdrmm2EKaJsbfP7JiWzdwnmmLDoCOyBpkeqe4UGEg2hPiNT1/YwphgOpCqBJAH3Sir SOHhzXhw2cURxXiPg06HdYUIzN1nUWZGR0Kx6VV1M4ZIot6JcbMBwYXP2FkjaFP6jHNN4FJvmbXa T9LrKehMVqjT/eUXAbgKzCKgloJ6JfEcx96Ic3k6yc8Q0GWuFPkrQj2EOuz7LLGpjMjij7rIEa3j NXtYl8Ugw7iS46hoXDic71P9yiC3cyt9UegKtIeus9Z3E8P/APY5eeYJyVGVA3KmD1U6izq1N2VN x7rAOI8tM+yccW4NhtNg6BIeJefp9k9ijKdT6W9yrGk9ok4R3XGa1Q/PHRD1eqpKmVVnVIm4SGqT qlGAalEupH6iriMXItqOFg4julLm6CFmmSg6GukearCeaWlVziucRv8AZYuANvwpirOcz/krNeyf RPZTDpNk3pM6qYKF4Nm0m/lCHfSB2W8eoNfskNV5P9EwPhJ0ag4Ro0pYcTd1kYA1CCZS89FRwBEK UEWCofy80HtA9KQSsXKoUtGoQ8wyEhNjbz9kQ8g2VCCZyK1iYKYuvdKW3kEoMQAhh6JsMhJcWIQA g6EINaZkgBEtgTKIJ1MBUAGM79ljfdYgT60MLdygBG8rAbQmAYN0cQ3Qf//T/PsLjqlw9fZVkboW 3Xt3zEwTql9JsfZUhupWIZzTQmJ25QiU3l2KYNa7cIEwdB3ThkH1tR8EblDBTHzFNBNVzLNI9kpq 1DmR7IwzcpYQHxHutiK3gk3lvulwohqAtaWOkFvcrpHmbNuxXOBCNwFL7FHNrHJohKKNVxuwoNc/ RxCYOdq4+6gqOFqRkPdZ1J9MXHcJGOJd6y3ureaIDnO6FT2OcgbohsfMPZV8Em8YRzKXwwDnKujo oljR5nz2TGm+oTgqNjZc0HRdFItbBLJPVYs+1SfQqNNwPdNT4dz8yB3VKtSm/wCRwd1SNOibcFDS NPMtPQqZYCJyPJbw3OcPPA5iVdpoAYXPIKmiDBUBixB5KruELruo/ZFxpMPlqgnbJEV6kQHmOZTb 9BBTFLJhCD63Dj18IXEarpwPqsnxA4DRJ4JcYt7FTf0cbn8NU9NF1PusuxnDPaTAZ3WV7QeU3guK +iOqFSm6nZxaD1UnVajz5qp90uEEyXArt7+0PP7pRGLmtijIx0CUubrKB5OqIM6JA8D5JVBWIFmg dlAwZKoGMAkypeNUOsIFziLyplFppj5Z6rF4+VjVCZ0RF8zCYLANcLuw9Ana2nkA556Lnt9SZrnN 9JUwdApP/wDGe5QcyM/DHdTxvIgye6wBzTAzRGRnoE4Y9xswpRUeMiAj4rz8yntVG03TeFqjSMyB 0US531FZonMpgYmBCLcJGaAbGoROSDEAi0qRIBjNOTCE8kC+6B5FGAtbdVCxOa1hojZKSqCYIyup kvaMkxPVDPRBmucUXAxnCNxkEJkoF8w1RdUxCICY5JexQKAdkwZuhB1H3RBaNQqAQGnVaRoESZyI WwnYFAMXJIblV830hKQ7UIERHMSEYOgRwuOiDBzR8gQc6dCO6xaRmEIQYO2B91iC45JgYRBccr9A gDKZm7TCfwgiBV0BTAH5yFNEy1jT6XHqlLpyaAugFoOaz6hGTAeaaP/U+AjcowreK85NHssRUdmA Psva6+ZJoJyhOAPmE90W0yDePdNgcDkloQtGlkLhdLYi9IqT87ABTRm4Z80xyT4Wx5SfZTHNUbyC lUhgmE7GiRMhYsOxWaL5oKFrflumFxYJC1zROGQnYZUBHMwg+m9w8hbPNHCSUQIMZdVBznyiK9Pu BIRY17v8FwLdiui20jqtDBk6FdCNY9t5g8iuhtTSo54HIqQOmMd0XNOZdKzQX8NQeZFcjqsokdCs r7/R/9n= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0031_image002.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAWIAAAGnCAIAAAACG8oqAAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO xAAADsMB2mqY3AAAFA9JREFUeF7t3YuS27gRBdA4///PjmxmNVq9SAINEA2cqa1UxUO8TkPXJCXR v37//v0fPwQIEPgs8F84BAgQ+C4gJuwQAgR2BMSELUKAgJiwBwgQqBNwNlHnpzWBBQTExAJFtkQC dQJios5PawILCIiJBYpsiQTqBMREnZ/WBBYQEBMLFNkSCdQJiIk6P60JLCAgJhYosiUSqBMQE3V+ WhNYQEBMLFDkiCX++vXr1s32v35WExATq1W8fL23jPDYgXK+zC3FRObq9Z27jOjrPdBoYmKgYpgK gTEFxMSYdTErAgMJiImBimEqBMYUEBNj1sWsCAwk4N71QMUwFQJjCjibGLMuZkVgIAExMVAxTIXA mAJiYsy6mBWBgQTExEDFMBUCYwqIiTHrYlYEBhIQEwMVw1QIjCkgJsasi1kRGEhATAxUDFMhMKZA WEzcvmXsYQRj1tisCFQKBH8K0yMJKuuhOYEBBcLOJgZcmykRIBAiICZCGHVCYGaBHBcdj3c9mj5D qdFFU+v5t+v/CSR8oKb9f6pmVJWbTv6WOo36f1vE75VNEBOvWI2SYpMK77z1/Nv1/wQSPlDT/j9V M6rKTSe/ZcTjbozCf9vPbucJLjrCX7fXnh1mWU7UX7mftF/7D5TpP/mnZVaupd38yyaWICb6vKrb FabP/MNHKdtPx6fRtP9PnUdVuenkW5zSHq/L2yPFRCXg0ea3Dbr9HG1w+Ljblr13HvUyODy4A/8l MGuVk8VEo5dBo27vO2jrf/sJT4rHzlv0f0kStKhIiz4fcdJV+ThIppg4vqpLdvaXQVufo4623sr5 JC10riqfQk4TE6dWdWqbbn+9368Iwv+2PzUZBzcqtCq/nvgc32w5YqLR1tmY7pcD298Guf5OOF7p FEe2K7QqP10Cn9oPOT438bSkdq/kRtv08QylxeTb9f8EEj7QY/+v53GVVp+qGVXlnjjbCe/9hVAs 8wn5e+cJYuJU7DmYAIFwgRwXHY/nS+EET9ds7fpvfddD/19qB6cGZ5SYKK7iwYavh/VveDCADk7s YG9HDise8WBD+DUv0U9tW+M/jts8Jt4u5sgKjxzzVrC44ZFXVGXNXpsfmW2sYfGIR3yOdH6kn1PH FA96pCH8P7dFiu+FdLsQOLVjHEyAQIHA9xw4FxO791qj7iEXrFMTAgQaCZy46NgioN2HjhutULcE CFQKnIiJypE0J0AgqYCYSFo40ybQT0BM9LM2EoGkAmIiaeFMm0A/ATHRz9pIBJIKiImkhTNtAv0E xEQ/ayMRSCrg41VJC2faBPoJnIuJ3Xn5FOYukQMIpBMQE+lKZsIEzgvsPtL976PbPv2IifPiWhDo L7D7Oq+ckpioBNScQJhA61d78UTFRDGdhgR2BIZ92T/N+2sK7FbZRccukQPWExjwxV/3Oq8soZio BNQ8lcDlr/9LX+3FpQqLifsTa+ofh1W8GA1XF+ifAjlf9mf3SVhMbAP73MTZAjj+hEC3FFjjxX9c Xkwct3JkF4GmWeD1X1RDMVHEplGlQKMskAKVdfnQXEy0cdXrP1ehkRJSIFLzRF9i4gSWQ78JRJ0g yILx9pmYGK8mKWZUGQqyIEWV/5mkmEhVrqsmWxwK4uCqkoWOKyZCOeforCwUJMIc1X+3CjExb22P r6wgF4TCcd78R4qJ/DUsWMHZXBAKBcgTNRETExXzy1JO5YJQWGNTHF+lmDhule3I49EgF7LVtvN8 xURn8MbDHYwGudC4DpN1LybyF/RINMiF/HW+cAVi4kL8iqFFQwWepmcFxMRZsUuP300HZw2X1mfW wcVEhsp+TwfRkKGGqecYFhOeXhW/D76kg2iI59bjR4GwmNhG8PSqgL0mHQIQdREp4J8ajtSs6uuW Dtt/rz+3c4ftPz8ErhAQE1eoP40pHQYogil8ERAT122PT6cPzh2uq4mR3wqIiSs2xtvTB+lwRSmM eURATBxRijvmS0DEDaInArECYiLW80Nvb68vnD50sTdIvYCYqDf82oPTh8bAuu8gICaaIQuIZrQ6 7iwgJtqAP338wfVFG2a99hEQE9HOTycRPhYVDay//gJiIs5cQMRZ6mkoATERUY7X2xA+WB3hqo9B BMREdSHe3oao7lUHBMYREBMVtXCVUYGnaSIBMVFarMeTCPcpSxW1SyEgJs6X6fUk4nwfWhBIJBAW E7cH0twfYJVo/aen6iTiNJkG6QXCYuL335/0Ht8X8JQRk6/W8gj8XyAsJiYXfbzQcCdi8mJb3rOA mDiwJ5xEHEByyMQCYmKvuDJiT8jvpxcQE19LfM8IFxrTvxQs8LOAmPhs85gR9hCBhQXExIfiy4iF XxWW/iQgJr5uienf4vWCIHBAQEy8IN3f+5QRBzaQQ1YQEBP/rrJrjRV2vTWeFBATD2Ay4uTucfgi AmLin0LLiEW2vGWeFxATf81kxPmto8U6AmJCRqyz2620UGD5mHAeUbhzNFtIYO2YkBELbXVLLRdY OCZkRPm20XItgbCYWOXpVWttD6sl8EcgLCaSPb3KqYT9T+CwQFhMHB5xgANlxABFMIVEAuvFhIxI tD1NdQyBxWJCRoyx7cwil8BiMZGrOGZLYAyBlWLCqcQYe84s0gksExMyIt3eNOFhBJaJiWHETYRA OoE1YsKpRLqNacIjCawREyOJmwuBdAILxIRTiXS70oQHE5g9JmTEYBvOdDIKzB4TGWtizgQGE/h1 +8rW8Sndvgb6ePBr29sBpzo8PnTJkU4lStS0IfAscPpsYvsmaLLvg6o7AQIVAqdjomKsvk2dSvT1 NtrEAidiYqwLiu81kRET71lL6y5w4lbClxsTj78a4t6EmOi+kww4scC5mHiMgLcnF0OccciIiTes pV0hsHPRsT3hcjtZGOI04QojYxJYXGAnJrypsfj+sHwCN4FztzATkLniSFAkU0wmcCImbmcW92uQ Ie5BJKM2XQJZBU7cwjyyxIvjw6nEkSI5hsBJgRNnEyd7djgBApMITBQTTiUm2ZOWMZzARDExnK0J EZhEQExMUkjLINBOYJaYcMXRbo/oeXmBWWJi+UICINBOYIqYcCrRboPomcCpT2HiIkBgTYH8ZxNO JdbcuVbdUSB/THTEMhSBNQXExJp1t2oCJwTCYuL+WIoTg9cf6oqj3lAPBPYEwmLCs7b3qP2eQFaB sJjICmDeBAjsCWSOCVcce9X1ewIhApljIgRAJwQI7AmIiT0hvyewvICYWH4LACCwJ5A2JtyY2Cut 3xOIEkgbE1EA+iFAYE9ATOwJ+T2B5QVyxoQrjuU3LoCeAjljoqeQsQgsLyAmlt8CAAjsCSSMCVcc e0X1ewKxAgljIhZAbwQI7AmIiT0hvyewvEC2mHDFsfyWBdBfIFtM9BcyIoHlBSJj4vYAq+U9ARCY UCAyJm4PsJpQyJIILC8QGRPNMd2YaE5sAAJvBFLFhAoSIHCFgJi4Qt2YBFIJiIlU5TJZAlcIiIkr 1I1JIJVAnphw/zLVxjLZmQTyxMRM6tZCIJWAmEhVLpMlcIWAmLhC3ZgEUgmIiVTlMlkCVwgkiQn3 L6/YHMYksAkkiQnlIkDgOgExcZ29kQkkERATSQplmgSuE8gQE25MXLc/jEzAvQl7gACBfYEMZxP7 q3AEAQINBSJjwkPuGhZK1wSuE4iMCQ+5u66ORibQUCAyJppM0/3LJqw6JXBCYPiYOLEWhxIg0ERA TDRh1SmBmQTExEzVtBYCTQTERBNWnRKYSWDsmHD/cqa9Zi1pBcaOibSsJk5gJgExMVM1rYVAEwEx 0YRVpwRmEhg4JtyYmGmjWUtmgYFjIjOruROYSUBMzFRNayHQREBMNGHVKYGZBMTETNW0FgJNBMRE E1adEphJQEzMVE1rIdBEICwmbo+uinx6lXdDm5RbpwRKBMJi4vboKk+vKqmANgSGFwiLieFXaoIE CBQKiIlCOM0IrCMgJtaptZUSKBQQE4VwmhFYR0BMrFNrKyVQKDBkTHg3tLCamhFoIjBkTDRZqU4J ECgUEBOFcJoRWEdATKxTayslUCggJgrhNCOwjoCYWKfWVkqgUEBMFMJpRmAdgZ2YePrS5/Y10OAv gz5hezd0nd1npUkEvsXEa0ZsXwPdfiK/Np4EyzQJrCnwMSZuKeCL4WvuCasm8CTwMSZkhL1CgMAm EHALs8cNC+UiQOA6gYCYeLxhcd1CjEyAQCuBn5ho/hZGqyXolwCBtgI/MXE/KWg7oN4JEMgmEHDR EblkH5qI1NQXgRiBEzGxfVbi/uOtkJgK6IXA8ALBH46o/bSFs4nhd4wJLihw4mxiQR1LJkDgJiAm bAMCBHYExIQtQoCAmLAHCBCoE3A2UeenNYEFBMTEAkW2RAJ1AiPFhHdD62qpNYFGAiPFRKMl6pYA gToBMVHnpzWBBQTExAJFtkQCdQJios5PawILCITFRNvHbS9QCUskMKxAWExsj6sYdp0mRoBAsUBY TBTPQEMCBAYXEBODF8j0CFwvMExM+GzV9ZvBDAi8FxgmJhSIAIFRBcTEqJUxLwLDCIiJYUphIgRG FRATo1bGvAgMIyAmhimFiRAYVUBMjFoZ8yIwjICYGKYUJkJgVAExMWplzIvAMAJjxITPVg2zIUyE wKvAGDGhMgQIDCwgJgYujqkRGENATIxRB7MgMLCAmBi4OKZGYAyBsJjw9KoxCmoWBOIFwmLC06vi i6NHAmMIhMXEGMsxCwIE4gXERLypHglMJiAmJiuo5RCIFxAT8aZ6JDCZgJiYrKCWQyBeYICY8IWO +LLqkUCkwAAxEbkcfREgEC8gJuJN9UhgMgExMVlBLYdAvICYiDfVI4HJBMTEZAW1HALxAmIi3lSP BCYTEBOTFdRyCMQLiIl4Uz0SmExATExWUMshEC8gJuJN9UhgMoGwmPD0qsl2huUQuAuExYSnV9lV BGYVCIuJQiDf+yqE04xAP4GrY6LfSo1EgEChgJgohNOMwDoCYmKdWlspgUIBMVEIpxmBdQTExDq1 tlIChQJiohBOMwLrCIiJdWptpQQKBcREIZxmBNYREBPr1NpKCRQKiIlCOM0IrCMgJtaptZUSKBQQ E4VwmhFYR0BMrFNrKyVQKHBpTPh6aGHVNCPQVeDSmOi6UoMRIFAoEBYTnl5VWAHNCAwvEBYTnl41 fK1NkEChQFhMFI6vGQECwwuIieFLZIIErhYQE1dXwPgEhhcQE8OXyAQJXC0gJq6ugPEJDC8gJoYv kQkSuFpATFxdAeMTGF5ATAxfIhMkcLWAmLi6AsYnMLyAmBi+RCZI4GoBMXF1BYxPYHgBMTF8iUyQ wNUCOzFx+97n4wy3r4Hef66evPEJEOgh8C0mnjJim872TdCA74N6Jk2P+hqDQIDAx5i4ZcQtCwJG 0AUBAskFPsbEa0YIjuS1Nn0ChQLnbmG+vTHhbkWhvWYEkgici4nHGxP3OxdhdyuSkJkmgdUEfmJi 9/0LtypW2xzWS2AT+ImJmPcvuBIgMJ3AiYuOt++PTgdiQQQIPAuciInb6cbj3UrXIHYTgUUEgj8c ceJNUx+vWmSLWWZ+gRNnE/kXawUECJQIiIkSNW0ILCUgJpYqt8USKBEQEyVq2hBYSkBMLFVuiyVQ IiAmStS0IbCUgJhYqtwWS6BEQEyUqGlDYCmBi2LCZ6uW2mUWm1zgophIrmb6BJYSEBNLldtiCZQI hMXE9q2wkiloQ4DA2AJhMRHwrO2xpcyOwLICYTGxrKCFE5heQExMX2ILJFArICZqBbUnML2AmJi+ xBZIoFZATNQKak9gegExMX2JLZBArYCYqBXUnsD0AmJi+hJbIIFaATFRK6g9gekFxMT0JbZAArUC YqJWUHsC0wuIielLbIEEagXERK2g9gSmFxAT05fYAgnUCoiJWkHtCUwvICamL7EFEqgVCIuJE0+v 8rzc2qppT6CrQFhMeHpV17oZjEBHgbCY6DhnQxEg0FVATHTlNhiBjAJiImPVzJlAVwEx0ZXbYAQy CoiJjFUzZwJdBcREV26DEcgoICYyVs2cCXQVEBNduQ1GIKOAmMhYNXMm0FVATHTlNhiBjAJiImPV zJlAVwEx0ZXbYAQyCoiJjFUzZwJdBcREV26DEcgoICYyVs2cCXQVEBNduQ1GIKNAWEyceHpVRidz JrCwQFhMeHrVwrvI0icXCIuJyZ0sj8DCAmJi4eJbOoFjAmLimJOjCCwsICYWLr6lEzgmICaOOTmK wMIC3WPCv+Wz8G6z9KQC3WMiqZNpE1hYQEwsXHxLJ3BMQEwcc3IUgYUFxMTCxbd0AscExMQxJ0cR WFhATCxcfEsncExATBxzchSBhQXExMLFt3QCxwTExDEnRxFYWEBMLFx8SydwTCAsJjy96hi4owjk EwiLCU+vyld8MyZwTCAsJo4N5ygCBPIJiIl8NTNjAp0FxERncMMRyCcgJvLVzIwJdBYQE53BDUcg n4CYyFczMybQWUBMdAY3HIF8AmIiX83MmEBnATHRGdxwBPIJiIl8NTNjAp0FxERncMMRyCcgJvLV zIwJdBb4GBPbNz6fvvf59g87z9hwBAh0FngfE7c42L7xuf3c/u9tWm//sPN0DUeAQH+B9zFxi4b+ UzEiAQJjCvS9N+EfEB1zF5gVga8CATHhhoU9RmBugT/3IL6vcLslcb83cT/4/udzA1kdAQI/ZxOv 72u8RgMvAgQWFPiJifv7Gs4XFtwHlkzgi8C3z03sXo+QJUBgBYH39ya2D0o8/txvT9z/UIissD+s kcCfmw9e7fYBAQLfBQLeEEVMgMDcAmJi7vpaHYEAATERgKgLAnMLiIm562t1BAIExEQAoi4IzC0g Juaur9URCBAQEwGIuiAwt8D/ANM5r2+dfLO6AAAAAElFTkSuQmCC ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0031_image003.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCAEnAPgDASIAAhEBAxEB/8QAGwABAQADAQEBAAAAAAAAAAAA AAUCBAYDAQf/xABMEAABAwIEAgQJCgIHBgcAAAAAAQIDBBEFBhIhMTYTUXWzFyJBVWFxgaTSFBUW IyQyQnSRsgdiMzdUk6GxwSVDUoKD0TQ1VnJzhOL/xAAYAQEBAQEBAAAAAAAAAAAAAAAAAwQCAf/E ADkRAQACAAIHBQQGCwAAAAAAAAABAgMRBBIhMUFRkRMyYXGxFCKBoVJigsHR8AUjJDM0QkNykrLh /90ABAAo/9oADAMBAAIRAxEAPwD9LybyRgPZtP3bS0Rcm8kYD2bT920tAAAAAAAAAAAAAAAAAAAA BoYMta6jfJXyPdK6eXS1zEboYj1RqIifyoi3Xjc3wAAAAAAAAAAAAAAAAIucuSMe7NqO7cBnLkjH uzaju3ABk3kjAezafu2loi5N5IwHs2n7tpaA14axk1ZUUnRvZJAjXLqtZzXXs5LLwu1yb77eo2Cb T8zV/wCUp/3TFID4qoiXVbIga5r2o5rkci8FRboa+ILC3D53VMD54msVXxMjV7np1I1ON+o0cuMi +QzSxR9C2adX9AkTo2wrZE0oionVdVta6qBXAIubY66fL9RTUVO6bpmuZNokRjkj0reyr5V2T2qB aBq4Zr+aqTpI1jf0DNTFW+ldKbbG0Bir2tcjVciK7girxMjlscgqEzEk7aZk6OjhbTsfTLJqcj36 0R/COzVRb7Xt6DqQBij2K9WI5FcnFt90Mjk8PpJWZrWRYno9J53SIsKtVrFvocsv40XazfJ/ygdY ASszUbq7L1XCyOSR+jUxjFW7nJunDj6gKetqv0ak1Il9N97GRy9LTr9IUclM/wCUNxCWSSfol/oV icjUWS1lTUrfFv7NjqABi17X30uR1lstlvZSbilJ0uKYVU9G93Qzv1KirpY1YpEVVThxsl/SamXW 0s1XVVlJSSUUTmNjbAtM6JHIiqqPW6IiuW/kvsiXAvgHM1VLWwVONfIqeRz618KNcsulXIrbPVqu 2ujeCddgOmBMy1FLBlnDYJqd9PJFTMYsT1u5tkRLKvXsUnN1NVqqqIqWui2UD4r2Ntqc1LrZLrxU yOCfh1TSspo0o1e2KGoSGCWmdNqf0yqxOtl0t469abneJwS6WA+mOtuvRqTVa+m+9ifmOk+XZdxC nSN8jnU79LGKqK52lbJtx3tt5SJ8jmdmzpmxPVyViOVUhXaPokTV0vkS+2i/psB1pir2o9GK5Ecv BL7qZHMZmihqZ3U0NFI2rdFrStbTuXSqfdY2REs1VVN1VUREVb8QNzOD2PyPjyscjkTDahLot/8A duBCroWMyfmaSnpXU9O7BlbZYViR0iRSa10qiX4t8by9ewAvZN5IwHs2n7tp41+I1sWJ1HRVCMhp JKZnRaEVJOlejVuq77Iu1lQ9sm8kYD2bT920oTYZQz1jKyWmjfPHbS9U324euwERmCJNmCvidimJ Ii0sF1bUqi7ul2uibeg3vo+mtHfO2K3RFRPtS2/S3oMqOVsmaMSa1HosdNTtXUxUuuqVdr8U34oV QIsWWYoGRxxYrirWRN0sb8rWyJ/r7TBMqUzURG4jiaI2VZkRKpfvqqqq8OtV/UugCLJliKWJ0UmK Yq5j3alRateN7+zhwQ+OyvA9ZldiWJr07dMt6pfGS1rcPSpbAERuVoGOa5uJYmisj6Jtqpdm9XD0 GUeWo4o4o48VxVrIU0sRKtbIlre3brLIAhplWnb0dsRxP6qR0rL1Srpc7VdeH8zv1Mn5ZikarX4r irkV7X2WrX7yKip6t0TbgWgBHXLrVR6Li2LfWfe+1r1W26vYYrliFZnTfOeKJK+NI3PSqVFVqXVE 4elf1LQAj/R5t2r874rdqWT7Wv8Ajtv7TGLLEUDI2RYpirWx30olWtt/8/aWgB//0P0hMp0qIqJi OJojpemW1Uu773vw9BnJlmKaKSKTFMVcyX76LVrv/wBvYWgBG+jUSySSLimJ6pGox6/Kl3RL2Th6 V/UxiytBB0PRYlibegj6KNEqls1m23D+VP0LZ4SV1HErkkq4GK37yOkRLesZ5PYrNt0JkeWYoYoo o8VxVrIURGNSrXZES3t26zH6KUyoxFxHE16OVZm3ql2et7rw/mX9T2dmrL7Gq5cZo7Il1tMir+iG o7PmWkaujEeld+FjInq5y9SbcTicSkb5hproek27uHbpL3lyzFMx7JMUxVzXqjlRateKWt6uCcDJ cutXX/tfFvHSy/a1/wAOr2Gl9PMK/s2Ir/8AVcPpdU/+l8a/uE/7nna05u/YNJ40y88o9W39GIen Sf5zxTpUj6PX8qW+m97cOsyTLrU0WxfFvESyfa19W/X7TS+kWPyePBlGpWJfurLUsjd7WrwHzvmu o8WDLUVMqbq6oq0ci+hNPlHa18eknsOLxmsfar+LbjyzFE1rY8UxVrWuVyIlWvFbqt+vivEx+itN 9Z/tHE/rZWyvtVL4z0tZeH8rf0Nb5ZnXzVhn9+4aM7zfWJNhFNf/AHSte9W+0dp4T0PY5jfiVj7W fpm25MtRSxyxyYrirmTIqPatWu6KlvZt1HyTK8EyyrJiWJu6WPon3ql8Zu+3D0r+pq/J87/27B/7 p58+Zc2O8Zc1saq7q1tAxUT0JuedpP0Z+X4nstOOLWP8p9Ky2s3RtiyHjcTEs1mF1DWp6EicD7nB FTIuOo5bqmGVF16/qnAqxPuTeSMB7Np+7aWiLk3kjAezafu2loCbT8zV/wCUp/3TFIlUbZG5nxJX y60dTU6tTSiaE1S7en1+kqgAAAAAAAAAa1diNFhsCzVtVFTxol7vda/qTykP6T1+J7ZfwaWpZ/aa pehiT1X3dt1daHFr1rslowtGxcWNasbOc7I6zsdKatZiVDh7FfWVkECWVfrHoirbjZPKQ/o/jmJ7 4zjz44140+Ht6Nvtcu6m1R5NwCjf0qUDZ5roqy1CrI5VTy7+X1HOted0dVey0anfxM5+rH3zl6S8 JM9YNrWOjSqr5E/DSU7n7dd9ksYpj+YarehyvK1qbqtVO2NVReFk/wAzo442QxpHExrGN4NalkQy PdW877dPzJ22j17mFn/dMz6armuhztVf0lXhVCibp0UbpFX0LqPn0XxWoTTXZqr3sXdzadrYt/Qq eT0HTA87KOOc/E9uxI7kVr5Vj1mJlzKZEwyTesq8RrZPJJPVOVUTq2tsbEeSMtxo1PmuN6p+J7nO VfXddy8D3sqcnk6fpU/1J65ejQbgODMej2YTRNc1boqU7EVF/Q20ghaqK2JiKnBUah6A7iIjczWx L270zIAD1wAAAAAAAAi5y5Ix7s2o7twGcuSMe7NqO7cAGTeSMB7Np+7aWiLk3kjAezafu2loCVRz RS5nxJscjXrHTU7Xo1b6V1SrZepbKhVJtPzNX/lKf90xSAAAAAedRUQ0lPJUVEjYoo26nvctkRA9 iJmcoZPeyON0kjkYxqXc5y2RE61OdfjmI409YstwMSBFs/EKlqpH/wBNvF/l9B9bRSZpkbVVySxY U1UdT0u7Vn/nkTq6m+1ToWMZGxGRtaxrUsjWpZEJ7b7tkNn6vR+9Gtflwj8Z+UeKJQ5Sw6nnSsrd eI119TqiqXVv/K3g1OpPIXeCWQA6rWK7mfFxsTFnO85/nhyAAdJAAAAAAAAAAAAAAAAAAAAACLnL kjHuzaju3AZy5Ix7s2o7twA//9H9LybyRgPZtP3bS0Rcm8kYD2bT9203JsUZHibaBlNUTSK1r3uj aitjRVVEVyqqdS8LgeFH030nxLpej0/Jqfo9F76dUvG/lvfgVSbT8zV/5Sn/AHTFIAAAPiqiIqqt kTipzdKi5rxBK2RNWC06/Z43bJUyIu71TytS2yL5dzPMs0mIzQ5co3q2SsTVUyN3WGFOK+t3BLl6 CCOmgjghYjI42o1jU8iJwJT79suENtf2fCi/81t3hHPzndHKM+cPQAFWIAAAAAAAAAAAAAAAAAAA AAAAAAAEXOXJGPdm1HduAzlyRj3ZtR3bgAybyPgPZtP3bTymy2q10U0ToVVrmOfVTIr6lNLtWlH3 4Lunk2VeJ65N5IwHs2n7tpaAkUNNBT5mxPoIY4ukp4Hv0NRNTldLdV61K5Ko3SOzPiSPi0I2mp0a upF1pql39Hq9BVAGMkjYYnyvWzWNVzl6kQyOdzjNJJQ02EQOVJsUnSDbikfF6+q3H1nN7atZlbR8 LtsWKc/TjPwh8yjG+rbW4/Mln4nLqjav4Im7NT/U6M84II6anjghajI4moxjU4IiJZEPQUrq1ye6 Ri9rizeN3DwiNkR0AAdIAAAAAAAAAAAAAAAAAAAAAAAAAAAi5y5Ix7s2o7twGcuSMe7NqO7cAGTe SMB7Np+7aWiLk3kjAezafu2loCbT8zV/5Sn/AHTFIl0rEbmjEXIrrupaZVu5VT70vDqKgA5r/wA1 z9Zd4cHp7/8AVk//ACdIq2S68EObyT9ooq/FF3+X1skjXJsjmotkW3k4KSvttFfzsbdG9zCxMXwy jzt/yJdKACrEAAAAAAAAAAD/0v2UAAAAAAAAAAAAAAAAAARc5ckY92bUd24DOXJGPdm1HduADJvJ GA9m0/dtLRFybyRgPZtP3bS0BLpXtdmjEWpe7KWmRdlT8Uq+0qE2n5lr/wApT/umKQE7MFa7D8v1 1WxVR8cDlaqLZUW1kUwyzRNw/LdBTtRNoWuWyWurt1X9VJ2ePtOG0mFN+/iFXHFtxRqLqVU8l9k4 nS8EJRtxJ8G23uaJWPpTM/CNkfOZAAVYgAAAAAAAAAAAAAAAAAAAAAAAAAAAABFzlyRj3ZtR3bgM 5ckY92bUd24AMm8kYD2bT920tEHK06U38PsFnWOSTo8Lp3aI23c76puyIZR5lbKsL2UUiwvZA6V6 vS8azWRiW/FuqXA96Nsjcz4kskiPRaanViIy2lNUu3Hf1lUkYfVU9VmPEX01RFM1tNTtcsb0ciLq l2W3lK4HNY59ozjl+kd9xqyz+LxRzW7ew6U5qP7T/EiZ7fF+SYc2N1/xanaksdKTw99p8W3S9lcK nKsfOZn74AAUYgAAAAAAAAAAAAAAAAAAAAAAAAAAAABFzlyRj3ZtR3bgM5ckY92bUd24Af/T/RMo 0cMmT8CqFavSrhMEWrUuzVjb5OB6sy0kXQsZWvSFrIGysWNFWRYbKxUX8O6JfZTLJvJGA9m0/dtL QEulYxmZa9GNa1Fpaddkt+KUqEqj6X6T4l0qRo35NT6NKqqqmqXjfy3vwKoHNYF9dnHMM0m8kToY mrws3Sq2OlOZyX47cZqE8Zk+JzOjk/427Ill6uJ0xLC7ufm26fsx5ryisdIiAAFWIAAAAAAAAAAA AAAAAAAAAAAAAAAAAARc5ckY92bUd24DOXJGPdm1HduADJvJGA9m0/dtLRFybyRgPZtP3bS0BNp+ Za/8pT/umN+WRIYXyuRVRjVctvQTaOGKLNGJujja10lNTueqJ95dUqXX2IhtYtOylwesqJL6I4Hu dZN7I1TyZyjN1SutaK80jIcatyrDKqpaeSSVvoRXLxOiIuToH0+UcNjfa6wo/ZfI5Vcn+Clo4woy pHk06bbW0rEn60+oACjIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAIucuSMe7NqO7cBnLkjHuzaju3AB k3kjAezafu2loi5N5IwHs2n7tpaAlUb3uzPiSPiWNG01OjVVyLrTVLvtw6t+o+ZrlZFlTFHSO0ot K9qL6VSyJ+qoelPzNX/lKf8AdMaWeuTMR/8AY397TjEnKk+TToddbScOJ42j1b+AxSQZew6GVqtk ZSxtc1fIqNQoHjSf+Dg/+Nv+R7HVYyiISxba17WnjIAD1MAAAAAAAAAAH//U/ZQAAAAAAAAAAAAA AAAABFzlyRj3ZtR3bgM5ckY92bUd24AMm8kYD2bT920tHOZYrEhyLg0UD4X1iYRBJHA+TSqp0bd1 Tja/lsfIMwVs9TQ9I1KanlpoJJZVpHvY6ST8KPuiN8ib33VAN+jiSPM+JORz3a6ancqOeqonjS7J 1J6Cfn3l5n5uH9xuYbVNq8xYi9sU8SNpqdtpolYq+NLul+Kek087/XUeG0PBKvEIY1f/AMO9728v Ani9yW39H/xVJ5Tn0dKACjEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAi5y5Ix7s2o7twGcuSMe7N qO7cAPmT2NfkfAkc1FvhlOi+romm38yUN6dNMqMp2sayJJnaFRn3btvZVSybr1Grk3kjAezafu2l oCbT8zV/5Sn/AHTEzOP9PgHa0X+pQo2PbmfElfK6RHU1OrUVqJoTVLsluPXv1k/MW+a8sou6dNOt v+RCWL3enq26B+/ieUWnpWZdKACrEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAi5y5Ix7s2o7twGc uSMe7NqO7cAP/9X9LybyRgPZtP3bS0Rcm8kYD2bT920tASaOaKXNGJtjkRzoqana9E/CuqVbL7FQ 0Me+szhlxjPGex873NTi1ulEuvouU6fmWv8AylP+6YmV39YuF/kpf8yeLujzj1bdC2Ylp5Vt/rLp QAUYgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEXOXJGPdm1HduAzlyRj3ZtR3bgAybyRgPZtP3bS0 Rcm8kYD2bT920tASqNJfpPiXSOYrfk1Po0oqKiapeO+63vwJ9d/WLhf5KX/MpUzmrmbEERUW1LTo tl4eNKTYd/4l1F97YW23o+sJYnDzht0PZOJPKtvns+90oAKsQAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAACLnLkjHuzaju3AZy5Ix7s2o7twAZN5IwHs2n7tpaOWwCrgjyHgsVRPPSRJhNPI+qYmlrU0NS 2peCr1ceo1aetr2zSulxGZFgnp208bnoqujkl0rrT8TtK+xQL9JFHHmfElZG1qvpadzla1EVy6pd 161J0H9ZdT2W3vCnQQVq4rWVlXBFA2WKKJjWS61XSr1VV2S3306zxgwqobm2qxeV0aQupW08TWqq uXfUqu22328pO8TOWXNr0a9axia076zHzhYABRkAAAAAAAAAAAAAH//W/ZQAAAAAAAAAAAAAAAAA BFzlyRj3ZtR3bgM5ckY92bUd24AcfgH8SsjQZQwrDMSxNjpIKKCKaGSjleiPaxqKn3FRbKhvs/ib /DeJ0To8Qp2LDfo1bh8qaL8bfV7cV4AAbHhdyJ5990n+AeF3Inn33Sf4AAHhdyJ5990n+AeF3Inn 33Sf4AAHhdyJ5990n+AeF3Inn33Sf4AAHhdyJ5990n+AeF3Inn33Sf4AAHhdyJ5990n+AeF3Inn3 3Sf4AAHhdyJ5990n+AeF3Inn33Sf4AAHhdyJ5990n+AeF3Inn33Sf4AAHhdyJ5990n+AeF3Inn33 Sf4AAHhdyJ5990n+AeF3Inn33Sf4AAHhdyJ5990n+AeF3Inn33Sf4AAHhdyJ5990n+AeF3Inn33S f4AAHhdyJ5990n+AeF3Inn33Sf4AAHhdyJ5990n+AeF3Inn33Sf4AAHhdyJ5990n+AeF3Inn33Sf 4AAJmZv4o5MxDK2LUVLjPSVFTQzRRM+SzJqc5ioiXVlk3XygAD//2T== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0031_image004.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAWIAAAGnCAIAAAACG8oqAAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO xAAADsMB2mqY3AAAFHFJREFUeF7t3Y2WmzgSBtD0vv879zrDxPG0f0BSCaTS7TNnz9k0CNUt+Qtg m3x9f3//8kOAAIH3Av+DQ4AAgc8CYsIKIUBgR0BMWCIECIgJa4AAgTYBZxNtfvYmsICAmFigyUok 0CYgJtr87E1gAQExsUCTlUigTUBMtPnZm8ACAmJigSYrkUCbgJho87M3gQUExMQCTVYigTYBMdHm Z28CCwiIiQWaHFHi19fXbZjtf/2sJiAmVut4fb23jPDYgXq+mfcUEzN379y5y4hzvQc6mpgYqBmm QmBMATExZl/MisBAAmJioGaYCoExBcTEmH0xKwIDCbh3PVAzTIXAmALOJsbsi1kRGEhATAzUDFMh MKaAmBizL2ZFYCABMTFQM0yFwJgCYmLMvpgVgYEExMRAzTAVAmMKiIkx+2JWBAYSEBMDNcNUCIwp EBYTt28ZexjBmD02KwKNAsGfwvRIgsZ+2J3AgAJhZxMD1mZKBAiECIiJEEaDEMgsMMdFx+Ndj67P UOp00dR7/v3G/wESfqCu47/rZlSXu07+ljqdxn/ZxM+dnSAmnrE6JcUmFT547/n3G/8HSPiBuo7/ rptRXe46+S0jHldjFP7LcXYHn+CiI/x1e+3Z4SzlRP2V+077efxAmfMn/6PMxlr6zb9uYhPExDmv 6n6NOWf+4UepW0/Hp9F1/HeDR3W56+R7nNIe78vLLcVEI+DR3W8LdPs5usPh7W5L9j541Mvg8MFt +B+BrF2eLCY6vQw6DXtfQdv42094UjwO3mP8S5KgR0d6jPmIM12Xj4PMFBPHq7pkZX84aO9z1NHq bZzPpI2eq8tFyNPERFFVRct0++v9fkUQ/rd90WRs3KnRuvx84nN8sc0RE52WzsZ0vxzY/jaY6++E 452eYst+jdblH5fARethjs9N/Cip3yu50zJ9PEPpMfl+4/8ACT/Q4/jP53GNVu+6GdXlM3G2E977 C6Fa5h3y58EniImi2LMxAQLhAnNcdDyeL4UT/Lhm6zd+77sexv/QOzgtOKPERHUXD+74vNn5Ox4M oIMTOzjakc2qj3hwR/gtL9F3+/bGfzxu95h4WcyRCo9s81Kwescjr6jGnj3vfmS2sYbVRzzic2Tw I+MUbVN90CM7wv99W6T6XshpFwJFK8bGBAhUCHzOgbKY2L3XGnUPuaJOuxAg0Emg4KJji4B+Hzru VKFhCRBoFCiIicYj2Z0AgUkFxMSkjTNtAucJFNybeP7M2fNtj983L35/4tkPAQIzCXx/fN3Gx0T7 Wycz6ZorgQUE4mPC2cQCy0aJ2QScTWTrqHoInCzgFubJ4A5HYD6BgouOW3FHPl7lomO+VWDGywuE XXQckfQpzCNKtiEwl0DZ2cRubWJil8gGBC4Q2H2k+z+Pbnv3IyYuaJlDEigW2H2dF4/43x3ERCOg 3QmECfR+tVdP9OSYcAuzulN2nE7gO/6fZ+pi8LX32Wi3MLu4GzSzwIB/53/82753L9yb6C1s/JEE Ln/9X/pqr+5EWEzcP1LhOx3VzbBjq8D5KTDny77UOSwmtgN7Q7S0AbYvEDgtBdZ48R+XFxPHrWx5 ikDXLPD6r+qhmKhis1OjQKcskAKNfXmzu5jo42rUP1ehkRJSIFKzYCwxUYBl008CUScIsmC8dSYm xuvJFDNqDAVZMEWX/0xSTEzVrqsmWx0K4uCqloUeV0yEcuYYrC4UJEKO7r+qIj4mfKdjutVS8cWE 3e8ITIew+ITP/k6HmBh/wZXmglAYv6eNMzw7JnxYu7FhXXYvuo5w+dClBxMPGn/RISZGWQ7Ho0Eu jNKzQechJgZtTOW0DkaDXKj0XXQ3MTF/449Eg1yYv88XViAmLsRvOLRoaMCza6mAmCgVu3T73XRw 1nBpf7IeXEzM0NnP6SAaZujh1HMMiwlPr4pfBx/SQTTEcxvxrUBYTGxH8PSqgLUmHQIQDREp4J8a jtRsGuuWDtt/zz+3c4ftPz8ErhAQE1eo/zimdBigCabwQUBMXLc83p0+OHe4rieO/FJATFyxMF6e PkiHK1rhmEcExMQRpbhtPgRE3EGMRCBWQEzEer4Z7eX1hdOHU+wdpF1ATLQbfhzB6UNnYMOfICAm uiELiG60Bj5ZQEz0Af/x8QfXF32YjXqOgJiIdv5xEuFjUdHAxjtfQEzEmQuIOEsjDSUgJiLa8Xwb wgerI1yNMYiAmGhuxMvbEM2jGoDAOAJioqEXrjIa8Ow6kYCYqG3W40mE+5S1ivabQkBMlLfp+SSi fAx7EJhIICwmbg+kuT/AaqL6i6fqJKKYzA7TC4TFxO1f8cn/D/n8yIjpu68AAocEwmLi0NHm3ejx QsOdiHn7aOZVAmLiAJuTiANINkksICb2misj9oT8Pr2AmPjY4ntGuNBI/1JQ4HsBMfHe5jEjrCEC CwvE/zsdv1I8Jv77z3Pwv1KUs/AKV/ohgdu/7/BhO2cTnxBlxKElZqPsAvFnE9N/esK1RvZFr75S AWcT/xWTEaUryPYLCIiJhybLiAVWvBIrBMTEHzQZUbF87LKGgJj4p88yYo3lrso6ATEhI+pWjr0W Elg+JpxHLLTalVopsHZMyIjKZWO3tQQWjgkZsdZSV229QFhMrPL0qnpqexKYVSAsJiZ7epVTiVlX rHlfIBAWExfMvfqQMqKazo5LCqwXEzJiyYWu6BaBxWJCRrQsFvuuKrBYTKzaZnUTaBFYKSacSrSs FPsuLLBMTMiIhVe50hsFlomJRie7E1hYYI2YcCqx8BJXervAGjHR7mQEAgsLLBATTiUWXt9KDxHI HhMyImSZGGRtgewxsXZ3VU8gRKDsAfy3r4E+HvX5Wfu3DQZ6AL9TiZA1YpDlBYrPJrZvgk72fdDl 2wyAQItAcUy0HOzUfZ1KnMrtYJkFCmJirAuKz02REZkXrdrOFii4lfDhxsTjr4a4NyEmzl5IjpdZ oCwmHiPg5cnFEGccMiLzilXbBQI7Fx3bEy63k4UhThMuIHJIAqsL7MSENzVWXyDqJ/DrV9ktzAnE XHFM0CRTnEygICZuZxb3a5Ah7kFMRm26BGYVKLiFeaTEi+PDqcSRJtmGQKFAwdlE4cg2J0AgiUCi mHAqkWRNKmM4gUQxMZytCRFIIiAmkjRSGQT6CWSJCVcc/daIkZcXyBITyzcSAIF+AiliwqlEvwVi ZAJFn8LERYDAmgLzn004lVhz5ar6RIH5Y+JELIcisKaAmFiz76omUCAQFhP3x1IUHLx9U1cc7YZG ILAnEBYTnrW9R+33BGYVCIuJWQHMmwCBPYGZY8IVx153/Z5AiMDMMRECYBACBPYExMSekN8TWF5A TCy/BAAQ2BOYNibcmNhrrd8TiBKYNiaiAIxDgMCegJjYE/J7AssLzBkTrjiWX7gAzhSYMybOFHIs AssLiInllwAAAnsCE8aEK469pvo9gViBCWMiFsBoBAjsCYiJPSG/J7C8wGwx4Ypj+SUL4HyB2WLi fCFHJLC8QGRM3B5gtbwnAAIJBSJj4vYAq4RCSiKwvEBkTHTHdGOiO7EDEHghMFVM6CABAlcIiIkr 1B2TwFQCYmKqdpksgSsExMQV6o5JYCqBeWLC/cupFpbJZhKYJyYyqauFwFQCYmKqdpksgSsExMQV 6o5JYCoBMTFVu0yWwBUCk8SE+5dXLA7HJLAJTBIT2kWAwHUCYuI6e0cmMImAmJikUaZJ4DqBGWLC jYnr1ocjE3BvwhogQGBfYIazif0qbEGAQEeByJjwkLuOjTI0gesEImPCQ+6u66MjE+goEBkTXabp /mUXVoMSKBAYPiYKarEpAQJdBMREF1aDEsgkICYydVMtBLoIiIkurAYlkElg7Jhw/zLTWlPLtAJj x8S0rCZOIJOAmMjUTbUQ6CIgJrqwGpRAJoGBY8KNiUwLTS0zCwwcEzOzmjuBTAJiIlM31UKgi4CY 6MJqUAKZBMREpm6qhUAXATHRhdWgBDIJiIlM3VQLgS4CYTFxe3RV5NOrvBvapd0GJVAjEBYTt0dX eXpVTQfsQ2B4gbCYGL5SEyRAoFJATFTC2Y3AOgJiYp1eq5RApYCYqISzG4F1BMTEOr1WKYFKgSFj wruhld20G4EuAkPGRJdKDUqAQKWAmKiEsxuBdQTExDq9VimBSgExUQlnNwLrCIiJdXqtUgKVAmKi Es5uBNYR2ImJH1/63L4GGvxl0B/Y3g1dZ/WpdBKBTzHxnBHb10C3n8ivjU+CZZoE1hR4GxO3FPDF 8DXXhKoJ/BB4GxMywlohQGATCLiFecYNC+0iQOA6gYCYeLxhcV0hjkyAQC+BvzHR/S2MXiUYlwCB vgJ/Y+J+UtD3gEYnQGA2gYCLjsiSfWgiUtNYBGIECmJi+6zE/cdbITEdMAqB4QWCPxzR+mkLZxPD rxgTXFCg4GxiQR0lEyBwExATlgEBAjsCYsISIUBATFgDBAi0CTibaPOzN4EFBMTEAk1WIoE2gZFi wruhbb20N4FOAiPFRKcSDUuAQJuAmGjzszeBBQTExAJNViKBNgEx0eZnbwILCITFRN/HbS/QCSUS GFYgLCa2x1UMW6eJESBQLRAWE9UzsCMBAoMLiInBG2R6BK4XGCYmfLbq+sVgBgReCwwTExpEgMCo AmJi1M6YF4FhBMTEMK0wEQKjCoiJUTtjXgSGERATw7TCRAiMKiAmRu2MeREYRkBMDNMKEyEwqoCY GLUz5kVgGIExYsJnq4ZZECZC4FlgjJjQGQIEBhYQEwM3x9QIjCEgJsbog1kQGFhATAzcHFMjMIZA WEx4etUYDTULAvECYTHh6VXxzTEigTEEwmJijHLMggCBeAExEW9qRALJBMREsoYqh0C8gJiINzUi gWQCYiJZQ5VDIF5ggJjwhY74thqRQKTAADERWY6xCBCIFxAT8aZGJJBMQEwka6hyCMQLiIl4UyMS SCYgJpI1VDkE4gXERLypEQkkExATyRqqHALxAmIi3tSIBJIJiIlkDVUOgXgBMRFvakQCyQTCYsLT q5KtDOUQuAuExYSnV1lVBLIKhMVEJZDvfVXC2Y3AeQJXx8R5lToSAQKVAmKiEs5uBNYREBPr9Fql BCoFxEQlnN0IrCMgJtbptUoJVAqIiUo4uxFYR0BMrNNrlRKoFPi6fSyqctdXu90+i/mrZLzvr39H +SrZK3DChiJA4Cbw/fF162zCIiFAYEcg/myi7PTEpzAtUQLDCzibGL5FJkjgagExcXUHHJ/A8AJi YvgWmSCBqwUujQk3Jq5uv+MTOCJwaUwcmaBtCBC4WiAsJjy96upWOj6BXgJhMeHpVb1aZFwCVwuE xcTVhTg+AQK9BMREL1njEkgjICbStFIhBHoJiIlessYlkEZATKRppUII9BIQE71kjUsgjYCYSNNK hRDoJSAmeskal0AaATGRppUKIdBLQEz0kjUugTQCYiJNKxVCoJeAmOgla1wCaQR2YuL3k7Iffrav gd5/0igohACBDwKfYuJHRmyjbN8EDfg+qGfSWJgEJhF4GxO3jCh7RvYkBZsmAQKlAm9j4jkjBEcp ru0J5BAou4X58saEuxU5loIqCLwTKIuJxxsT9zsXYXcrdIkAgSEF/sbE7vsXblUM2UGTItBd4G9M xLx/0X3CDkCAwNkCBRcdL98fPXu+jkeAwOkCBTFxO914vFvpGuT0ZjkggWsEgj8cUfCmqY9XXdNx RyVQLFBwNlE8th0IEEghICZStFERBHoKiImeusYmkEJATKRooyII9BQQEz11jU0ghYCYSNFGRRDo KSAmeuoam0AKATGRoo2KINBT4KKY8Nmqnk01NoFYgYtiIrYIoxEg0FNATPTUNTaBFAJhMbF9KyyF iSIIEPiPQFhMBDxrW2sIEBhSICwmhqzOpAgQCBAQEwGIhiCQW0BM5O6v6ggECIiJAERDEMgtICZy 91d1BAIExEQAoiEI5BYQE7n7qzoCAQJiIgDREARyC4iJ3P1VHYEAATERgGgIArkFxETu/qqOQICA mAhANASB3AJiInd/VUcgQEBMBCAagkBuATGRu7+qIxAgICYCEA1BILdAWEwUPL3K83JzrynVpRMI iwlPr0q3NhRE4F+BsJggSoBAVgExkbWz6iIQJiAmwigNRCCrgJjI2ll1EQgTEBNhlAYikFVATGTt rLoIhAmIiTBKAxHIKiAmsnZWXQTCBMREGKWBCGQVEBNZO6suAmECYiKM0kAEsgqIiaydVReBMAEx EUZpIAJZBcRE1s6qi0CYgJgIozQQgawCYiJrZ9VFIEwgLCYKnl4VNnkDESBwhkBYTHh61RntcgwC VwiExcQVk3dMAgTOEBATZyg7BoGpBcTE1O0zeQJnCIiJM5Qdg8DUAmJi6vaZPIEzBE6PCf+Wzxlt dQwCkQKnx0Tk5I1FgMAZAmLiDGXHIDC1gJiYun0mT+AMATFxhrJjEJhaQExM3T6TJ3CGgJg4Q9kx CEwtICambp/JEzhDQEycoewYBKYWEBNTt8/kCZwhICbOUHYMAlMLhMWEp1dNvQ5MnsAHgbCY8PQq 64xAVoGwmMgKpC4CBMSENUCAwI6AmLBECBAQE9YAAQJtAs4m2vzsTWABATGxQJOVSKBNQEy0+dmb wAICYmKBJiuRQJuAmGjzszeBBQTExAJNViKBNgEx0eZnbwILCIiJBZqsRAJtAm9jYvvG54/vfb78 w7YJ2JsAgdEFXsfELQ62b3xuP7f/e6vj5R+OXp/5ESDQLPA6Jm7R0DyyAQgQSCJw7r0J/4BokmWj jLUEAmLCDYu1loxq1xP4fQ/ic9XbLYn7vYn7xvc/Xw9NxQTWEvh7NvH8vsZzNKxlo1oCBP4R+BsT 9/c1nC9YGwQIPAp8+tzE7vUISgIEVhB4fW9i+6DE48/99sT9D4XICutDjQR+33zwarcOCBD4LBDw hihiAgRyC4iJ3P1VHYEAATERgGgIArkFxETu/qqOQICAmAhANASB3AJiInd/VUcgQEBMBCAagkBu gf8DUin6T5QMN54AAAAASUVORK5CYIJ= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0031_image005.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCAEnAPgDASIAAhEBAxEB/8QAGwABAQADAQEBAAAAAAAAAAAA AAUCBAYDAQf/xABNEAABAwICBAgJCgQDBwUAAAAAAQIDBAUGERITFCExNlFVdZOz0hciQVRhgZSk 4hUWIyQyQnGRodEHdKKyMzdSQ3KCg5LB8CVWYnOx/8QAGAEBAQEBAQAAAAAAAAAAAAAAAAMEAgH/ xAA8EQACAQEFBAYJAQcFAAAAAAAAAQLRAxETUZEEEhShITFScZKxBSIyQVNhgaLS8CQzYoKyweE0 QkRy8f/dAAQAKP/aAAwDAQACEQMRAD8A/S8G8SLD0bT9m0tEXBvEiw9G0/ZtLQAAAAAAAAAAAAAA AAAAAAAABoWjbXU0sldI90jqiXQa5iN0GI9yMRMuHxURc14czfAAAAAAAAAAAAAAAAAAAIuMuJF+ 6NqOzcBjLiRfujajs3AAYN4kWHo2n7NpaIuDeJFh6Np+zaWgDXirGS1s9Hq3skha166WWTmuzyVM l5WuTfku42CbDxnrP5KD++UpABVyTNT41zXtRzHI5q8CouaHhXrClBOtRC+eJGKr4mMV7npyI1OH 8DQw22LYp5oYtQ2adXbOkTo2wLotTRRFROTNVRMs1UArgEbFcdbPYZ6aip3TLO1WTaEiMckaoulk q+VeD1gFkGnaNNLNRJLGsb0p49JirnoropuNwAxV7WuRrnIiu4EVeEyOWv0NQmIGztpmTosMLYGP plk03o96uRH8Ee5UXPdnknIdSADFHsV6sRyaSb1bnvQyOToaSVmLFkWJ6PSome9FhyVI1RdFyy/f Rd2Tc93/AAgHWAErE1Gtdh2tgbHJI9YlVjGKubnJwJu4d/kAKem3T0NJNLLPRz35GRy9PTL84dJK Z+0NuL5HzJGv+BqlRE1mWWWkqeLnn6DqAAYte1+ei5HZLkuS55KTbrSa642mpSN71gqXaSoq6LGr FIiqqcHDkmfpNPDzaWatqaykpZKOJzGxthWmdEjkRVXWKqoiKq5+TPdlnwgHQAHNVVLW01ZenUVP I59YsDWudLo6WaKj1art2aN4E5cgDpeEEvDMMtPhm3QT076eSKnYxYpFzc3JMslXlKbm6TVaqqma ZZouSgHxz2Ny0nNTNckzXhUyODmt1RTMp420avbFHVaqGWndPpv16qxOVukn315eE7tmeg3NMly3 pyAH0x026ehpJpZZ6Oe/In4hpNtw9cKdGPkc+nfosYqornaK5Ju4d/k8pDWjmdilsyQvV6VTHLlC u6PVIirrfIme7Qz9OW8A64xV7UcjFciOXgTPepkcziaKGpnWliopW1T40cla2neuhkvisbIiZNVV TfmqIiKufCAbeMHtfge/KxyORLbUouS5/wCzcCDWwsZg3EkkFK6ngWyKxUWFYkdKkUumuSoma72+ N5d2/cAC/g3iRYejafs2njcrlWw3Ko1NQjIqR1Mmq0EVJNa/RXNV37k4MlQ9sG8SLD0bT9m0oTWy hqKuOrmpo3zx/Zeqb0y4PxyAOdqLe2PEVZE+vuzkfSRLnDUZKmb5d2fk9HrPbY49JrttvubUVE+s f+Z8Bs5JVYqrmsgR6xUkDXa1XM36Uq7t3jJ6UN3Yn+aQdc79jNN2u96r6O7/AAY7R228919Hc6Ea K3U8EcccVXfWsiTRY1KhckT/AL+sxS00bURGz3tESVZt06/bVVVV/NVLexP80g6537DYn+aQdc79 ji+2z5OhxvbRnydCNJbaeaJ8UlXfXMkXNyLUL/4nB5A620znTOdU3tVnajJM5/tIme79VLOxP80g 6537DYn+aQdc79hfbZ8nQb20Z8nQistlLG5jmVN7asceqZlPwN3bv0Qyjt8EUcUcdXfWshRGsalQ uSIiZevdyljYn+aQdc79hsT/ADSDrnfsL7bPk6De2jPk6EVLVSJq/rF7+ikdKzOfPRe7SzX+p35m Ulup5Wua+rvrkc9r1RaheFFRUy5N6IWNif5pB1zv2GxP80g6537C+2z5Og3toz5OhIWiiVHotbfv pPtfWV5Mt3J6jH5Npte6far5rXR6tXpPv0c1XL9VLOxP80g6537DYn+aQdc79hfbZ8nQb20Z8nQk pRRIrV22/eImSfWF/Xl9ZhFbaeFjGRVd9a2NVVqJUL5eH8eHylnYn+aQdc79hsT/ADSDrnfsL7bP k6De2jPk6H//0O6S00aI5EnvaI+VJnZT8L0y3/on5Gclup5opYpKu+uZLuei1C792Xq9RY2J/mkH XO/YbE/zSDrnfsY77bPk6GDe2jPk6EjYINa+Xa75pvajHLr+FEzyT+pfzMIrXSQJCkVRe2JBHqo0 Sfc1m7d/Sn5FrYn+aQdc79jwkWmic5smwsVv2kdVKmX6Hm9bZ8nQ9XEvqfJ0J0dup4Yooo6u+tZF uYiVC7t2Xr9Zgtpo1RqLPe1RkqzNzn4Hrnv/AFX8z1dfbE1quWuteSJnurFVfyyNRcX4dyXQnp5H eRjFmVzl5E8ThOXazXXJfr6GiOyekZdUH4ZUNiW208zHskq765siorkWoXyZZfhweQzWiiVXLtt+ 8dMl+sL+nJ6jQ+d9s5sqerk/YfOKr/8AZlz/ACd+x5jT7XJ0KcD6R98bu9XeaNz5Nptek+03zWtj 1aPWffo5ouX6IZJRRIjEStv30f2frK8mW/l9Zrsul4laj48Fz6C8GnWNY71ou9D7tGIajxYMKxUy pvV1RW6TV9CaPlOt+1z5Oh2vR+3dbnBfzRree0dup4mtayrvrUa9z0RKheFVVVz5d6qYraqRdZ9Y vf0sjZX5T5aT26OS/wBLfyMNXivmW2e0v/cfJuLZvpE+SKbP/ZLrHq31nu9b/pHvA7Uuu1gvrf5J nrJb4JY5Y5Ku+uZMite1ahclRUy9W7kMX2yllWRX1N7cskeqfnPwt37v1Uw+SMW+c2f/AKJDXdhn FrnK75wUrc1z0W0+5PQm48c7df8Ahy9ktY+1bw+5+UWWMWRshwBeoo0VGMtU7WovkRInZA+4ua5u A721y5uS11CKvKuqcDcDLBvEiw9G0/ZtLRFwbxIsPRtP2bS0ARZJ6mHE9Vs9ItRnRQZ5SI3R8eXl NrbbjzS7r2HjSskbiq4K+XTR1JTqxNFE0E0pd3p37ysSlCTd6k1pQjKzlJ3qbWn90T9tuPNLuvYN tuPNLuvYUAeYUu2+VDnBn8R/b+JP22480u69g22480u69hQAwpdt8qDBn8R/b+JP22480u69g224 80u69hQAwpdt8qDBn8R/b+JP22480u69g22480u69h71two7bAs1bVRU8aJnm92Wf4cpD+dFdc/F w/Z5alnnNSupiT8M97t3JyocSTj0Ob5UNFlsG0Wq3ozd2b3UtWrirttx5pd17DWrL8+3s06ykjgT JV+kq40zy4ckz3ml8gX2577xfXRRrw09vbq2+t671NqjwbYKN+tSgbPNmirLUOWRyqnl3+U53LV9 Un9bqFeEsYe3tEm/4VHzaXkyX4RKR8yxU1tqqt6eSmTTzTl3IbTcQYhq0R1FhaVqZZqtVUNjzReD JDpI444Y0jiY1jG8DWpkieoyKRs7Re1O/wCiKwtLCz9mDl/2d/8ASonHyyfxAn+zDbqVEXP6PJyr 6F0lPL5ExNUJlXXO4ua7e5tPLFFv9CpwIdqDl7O2/bfKhN7Tb3+pJR7ow83FvmcUmEWyb6ykuda/ yPnuSKqJybstx7x4VtkbWp81WvVPvPqUcq/jv3nXA84Zdp6Rocvadtf/ACJ8l5IgNttOxyObhOka 5q5oqarNF/I20lq2qipY2oqcCpLGVAdqxa6pv7aGaUbaXtWsnpQn7bceaXe0MG23Hml3tDCgD3Cl 23yocYM/iP7fxJ+23Hml3tDBttx5pd17CgBhS7b5UGDP4j+38Sfttx5pd17Bttx5pd17CgBhS7b5 UGDP4j+38Sfttx5pd17Bttx5pd17CgBhS7b5UGDP4j+38SLjFVXA19VUyX5MqN3/ACnAYy4kX7o2 o7NwLGgYN4kWHo2n7NpaIuDeJFh6Np+zaWgCVSzRS4quDY5GvdHSU7Xo1c1aulKuS8i5KVSLJJVx 4nqtlpmTZ0UGlpS6GXjy+hcza2m682w+0/CSlaxi7mno6EZW0Yu5p6N+SKAJ+03Xm2H2n4RtN15t h9p+E8x45PR0OeIhk/DKhQBP2m682w+0/Cec9xuFLA+onoqeKKNque91VkjU/wCkY8cno6Hq2iLd yT8MqFJ72xsc97ka1qZucq5Iicpzr77cb1IsOG4GLCi5PuFQipGn+4nC9U3+jM1HR3XFKxVVTQ6F rREdFSrOrFmX/U/dmreRN3KXWTXKJiRx2unYxqZI1tRkif0k3bKWaXc6G129hs3RKLlPLdlcu/o6 X8updTvNShwlb4JkrK7TuVdnpOnqV0sl/wDi3ganIn4F1EyTJOAn7TdebYfafhG03Xm2H2n4TqNr Zx6k9HQzWu3u1d895/yy5dHQUAT9puvNsPtPwjabrzbD7T8J1jxyejoS4iGT8MqFAE/abrzbD7T8 I2m682w+0/CMeOT0dBxEMn4ZUKAJ+03Xm2H2n4RtN15th9p+EY8cno6DiIZPwyoUAT9puvNsPtPw jabrzbD7T8Ix45PR0HEQyfhlQoAn7TdebYfafhG03Xm2H2n4RjxyejoOIhk/DKhQBP2m682w+0/C NpuvNsPtPwjHjk9HQcRDJ+GVCgCftN15th9p+EbTdebYfafhGPHJ6Og4iGT8MqFAE/abrzbD7T8I 2m682w+0/CMeOT0dBxEMn4ZUKAJ+03Xm2H2n4RtN15th9p+EY8cno6DiIZPwyoauMuJF+6NqOzcB jHP5jX3NMl+TKjNP+U4FjQf/0f0vBvEiw9G0/ZtLRFwbxIsPRtP2bTcnujIrkygZTVE8rmo97omo rY2quSK5VVPTwZ8ABr0uu+dVw1uho7JT6vRzz0dKXh9OefAVibDxnrP5KD++UpAAAABVyTNdyHNU 6fOy4JVv8ayU6/QRru2mVF+2qeVqeRF4V3npiaeWulhw5RvVs1airUSN3rBCnCvr4EzLtPBFS08d PCxGRRNRjGp5EQk/Xld7kbY/s9kp/wC6XV8ln3vqX1zR6AAqYgAAAAAAAAAAAAAAAAAAAAAAAAAA AAACLjLiRfujajs3AYy4kX7o2o7NwAGDeJFh6Np+zaeVRhtX1sU0ToVVHMV1VMivqURrtLJH58C5 qnk3KvCeuDeJFh6Np+zaWgCTR00FPii4LDDHEstLA+TQaiablfLvXlUrEmlfI7FVwR8WgjaSnRi6 SLpppS7/AEb9xWABjI9sUbpHrk1qKqr6EMjnsZTyut0Fqp3Kk90nbTplwozhev4ZcP4nM5bsWy1h ZY1rGGfl739EY4SY6tWtxBKmTrlL9E1fuRMza1PXvVTozzp6eKlpo6eFqMiiYjGNTyIiZIeghHdj ce7Ra4tq5rq93yS6EtAADogAAAAAAAAAAAAAAAAAAAAAAAAAAAAAARcZcSL90bUdm4DGXEi/dG1H ZuAAwbxIsPRtP2bS0RcG8SLD0bT9m0tAE2HjPWfyUH98pSJdOxG4pr3Irs3UdPnm5VT7cvAnkKgA Oaf/AOq4+axd8Nop9Jf/ALZOD+k6U5rBX1mmuN0Xft1dI5jk3I5jVyRcvJ5Sc+mSj+ug27N6lnaW uSuXfL/F50oAKGIAAAAAAAAAAAA//9L9lAAAAAAAAAAAAAAAAAAAABFxlxIv3RtR2bgMZcSL90bU dm4ADBvEiw9G0/ZtLRFwbxIsPRtP2bS0AS6d7XYqr2pnmyjp0Xcqffl/MqE2HjPWfyUH98pSAJ9+ rXW+w11W1VR0UDlaqLkqLluPHC9E2gwzQQJlnqWvdkmWau8Zf/00Mc/WLTT2pu99xqo4cvLki6Sq nkz3JwnSImSInISXTaP5I2y9TZIrtSb+iVy5tn0AFTEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA RcZcSL90bUdm4DGXEi/dG1HZuAAwbxIsPRtP2bS0QcKzbPgCyzLHJJoWunXQjbm530TdyIZMxM2R IJGUUiwvjgklcr0zi1y5MTL729d+QB7UrZW4quCySI9rqSnViI3LRTSl3cO/fnvKxIoaqnqsTVzq aoimRlJA1yxvR2iunLuXLgUrgHNX/wCsYuw7Ru/w9ZLOuXCisbu9R0pzTfrP8SHub4uyW5Guz+9p OzTI6UnZ9cn8zbtXRCyhlHzbfk0AAUMQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAABFxlxIv3RtR2 bgMZcSL90bUdm4AH/9P9FwhSQvwhYalWrrUtNPGjtJdyLG3ycBm3DKRpDGytekLY4GSsWNFWTUrm xUX7u9N/CZ4N4kWHo2n7NpaAJdOxjMT1qMa1udHAq5Jln48pUJNKs3zquGtRiN2Sn1eiqqqppS8P IueZWAOasn02NMQzSb3w6iJi8GTFaq5fmdKc1g36SS91KeNHNc5Vjk/1tTJNy8h0pOy9m/v8zbt/ Rb7uSitIpAAFDEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAARcZcSL90bUdm4DGXEi/dG1HZuAAwb xIsPRtP2bS0RcG8SLD0bT9m0tAE2HjPWfyUH98pQkekcbpFRVRqKq5egl0sMUWKrg+ONrXS0lO56 on2l0pUzX1IhuXOdlLaquokz0IoXvdkma5IiqeN3I6hHeklmRsBsVMMRzZpo1E0krU8qIrl4fTuO jIeC4H0+D7ax+Waw6e5fI5Vcn6KhcOLJXQXcadulvbVaP+J+YABQyAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAEXGXEi/dG1HZuAxlxIv3RtR2bgAMG8SLD0bT9m0tEXBvEiw9G0/ZtLQBJpXvfiq4I+ JWI2kp0a5XIummlLvTLg5N/IfcTyshwvc3yORrVpZG5ryqmSfqqHk99WzE9VssMUmdFBpayRW5eP L6FJ+Mpbk7CdwSalgZGsaZubMqqnjJ5NEha2qimrnoymyzi9qs4NPpkvc817yzh2KSDDlthlarXs pY2uavkXRQokmjmuqUNPlR02WqblnOvJ/unvrrt5nTdevdEbWKSVz0dCFttMZWkm0+lv3Ohvg0Nd dvM6br17o1128zpuvXunuNHJ6OhLiI5PR0N8Ghrrt5nTdevdGuu3mdN1690Y0cno6DiI5PR0N8Gh rrt5nTdevdGuu3mdN1690Y0cno6DiI5PR0N8Ghrrt5nTdevdGuu3mdN1690Y0cno6DiI5PR0N8Gh rrt5nTdevdGuu3mdN1690Y0cno6DiI5PR0P/1P2UGhrrt5nTdevdGuu3mdN1690jjRyejoZ+Ijk9 HQ3waGuu3mdN1690a67eZ03Xr3RjRyejoOIjk9HQ3waGuu3mdN1690a67eZ03Xr3RjRyejoOIjk9 HQ3waGuu3mdN1690a67eZ03Xr3RjRyejoOIjk9HQ3waGuu3mdN1690a67eZ03Xr3RjRyejoOIjk9 HQ3waGuu3mdN1690a67eZ03Xr3RjRyejoOIjk9HQ3waGuu3mdN1690a67eZ03Xr3RjRyejoOIjk9 HQ1MZcSL90bUdm4DGOfzGvue5fkyoz6pwLGgYN4kWHo2n7NpaOdwvVpFgeyQwvhfWfJMD44HyI1X Jq27+XL05GEOIK2ae36xG01PNTQSzSrSPexz5PuI/NEbyb896oAUKWJI8VXByOe7WUlO5Uc5VRPG lTcnkT0IT8fcWl/mYv7kNy31TavEte5sU8ehSwNymiVir48u9M+FPSaWOV1tuoKLgSsuEMSv/wBG /PPLy8BO19hm30f/AKqzeTv0OmABQxAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEXGXEi/dG1 HZuAxlxIv3RtR2bgAfMHNa7BFizRN9sp0z9Graba2OhVKdujKkdO1jWRJM7QVGfZzbnkuWScJq4N 4kWHo2n7NpaAJsPGes/koP75SXjT7Vh6Xh/7lGlY9mKrgrpXPR1JTq1qoiaCaUu5MuHl38pPxHvx PhpF3ptEq5f8CErX2NPM27B0bQnkpPSLZ0oAKmIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAi 4y4kX7o2o7NwGMuJF+6NqOzcAD//1f0vBvEiw9G0/ZtLRFwbxIsPRtP2bS0ASaWeKXFVwZG9HOip Kdr0T7q6Uq5L6lQ0MQfSYsw5Gzxnslle5qcKN0U3/gU4eM9Z/JQf3yky4f5h2j+UmJWvUu9eZt2H 943lGX9LOlABUxAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAEXGXEi/dG1HZuAxlxIv3RtR2bg AMG8SLD0bT9m0tEXBvEiw9G0/ZtLQBKpUlTFVw1jmK1aSn1eiioqJpS8O/eueZPuH+Ydo/lJilA5 rsUVqIqKqUcCLkvB48pNZv8A4mS578rUmXo+kJ2nu70bdj6HN5RlzV39zpQAUMQAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAAAABFxlxIv3RtR2bgMZcSL90bUdm4ADBvEiw9G0/ZtLRy1gqoYsB2WKon npIktNO99UxNFrE1bd2ku5FX8+Q1Ia2vZJK+W4zIsEtPs0bnoqujkl0VR6fedo/kAX6aKOPFNe5k bWrJSU7nq1ERXLpSpmvLuJ8f+ZsvRKdoU6GCtdd6utq4IoGvhjijayXTVdFz1VV3Jl9tOU8YbTUJ i6ovEjo0hWkbTxNaqq5fG0lVd27fuJzTd12Zr2acYq03n1xa8iwAChkAAAAAAAAAAAAAAAP/1v2U AAAAAAAAAAAAAAAAAAAAEXGXEi/dG1HZuAxlxIv3RtR2bgAcfYP4lYGgwharZcroxZIKGCKaGSjl eiPaxqKn2FRclQ32fxM/hvEsSx3CnYsOerVtvlTQz4cvo93qAANjwu4E5990n7g8LuBOffdJ+4AA PC7gTn33SfuDwu4E5990n7gAA8LuBOffdJ+4PC7gTn33SfuAADwu4E5990n7g8LuBOffdJ+4AAPC 7gTn33SfuDwu4E5990n7gAA8LuBOffdJ+4PC7gTn33SfuAADwu4E5990n7g8LuBOffdJ+4AAPC7g Tn33SfuDwu4E5990n7gAA8LuBOffdJ+4PC7gTn33SfuAADwu4E5990n7g8LuBOffdJ+4AAPC7gTn 33SfuDwu4E5990n7gAA8LuBOffdJ+4PC7gTn33SfuAADwu4E5990n7g8LuBOffdJ+4AAPC7gTn33 SfuDwu4E5990n7gABMxN/FHBlwwtdqKlvOsqKmhmiiZssyaTnMVETNWZJvXygAA//9k= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0031_image006.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAWIAAAGnCAIAAAACG8oqAAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO xAAADsMB2mqY3AAAFnBJREFUeF7t3YuS2ywSQOGZff93nnWi/IrjmwTi1vC5trZ2YwHdp9EZhGX5 ++fn58sLAQQQeE/gf+AggAACnwnQhBmCAAIHBGjCFEEAAZowBxBA4BoBq4lr/LRGYAECNLFAkaWI wDUCNHGNn9YILECAJhYoshQRuEaAJq7x0xqBBQjQxAJFliIC1wjQxDV+WiOwAAGaWKDIUkTgGgGa uMZPawQWIEATCxS5RIrf39+3brb/9lqNAE2sVvH8fG+O8NiBfHyRW9JE5Oq1jZ0j2vIeaDSaGKgY QkFgTAI0MWZdRIXAQARoYqBiCAWBMQnQxJh1ERUCAxGwdz1QMYSCwJgErCbGrIuoEBiIAE0MVAyh IDAmAZoYsy6iQmAgAjQxUDGEgsCYBGhizLqICoGBCNDEQMUQCgJjEqCJMesiKgQGIkATAxVDKAiM SaCYJm7fMvYwgjFrLCoELhIofBemRxJcrIfmCAxIoNhqYsDchIQAAkUI0EQRjDpBYGYCMS467nc9 qj5DqdJFU+346/X/AKT4QFX7f1fNUlWuGvzNOpX6f1nEz5UNoIlnWJVMsZEq3nnt+Ov1/wCk+EBV +39XzVJVrhr85oj72VgK/st+DjsPcNFR/LztuzqMkk6pP7nvaD/3X5BM++Af0ryYS7348wILoIk2 Z3W9wrSJv/goefPpfBhV+3/XeakqVw2+xpL2fF1eHkkTFwGebX6boNvrbIPTx92m7N55qdPg9OAO /IfArFUOpolKp0GlbvcZtPW/vYqb4r7zGv13MUGNitTo8x5OuCqfBxJJE+ez6jKzPwxae406Wr4X 4wla6FhVToIcRhNJWSVN0+3P+35FUPyvfVIwDq5UaFV+Xvicn2wxNFFp6myY9suB7a9BrL8J5ysd 4sh6hVblh0vgpPkQ476Jh5TqncmVpun9CqVG8PX6fwBSfKD7/p/XcRdZvatmqSq3hLMtePcTIZvM O8ifOw+giSTtORgBBIoTiHHRcb9eKo7g4ZqtXv+1dz30/6F24FyBM4omsqt4suHzYe0bnhTQycBO 9nbmsOwRTzYE/8op+q5tbfj341bXxMtkzmR45piXBLMbnjmjLtbsufmZaMsyzB7xDJ8znZ/pJ+mY 7EHPNAT/17ZI9l5IswuBpBnjYAQQyCDw2QNpmjjcay21h5yRpyYIIFCJQMJFx6aAejcdV8pQtwgg cJFAgiYujqQ5AggEJUATQQsnbATaEUjYm3i+5+x52+PX5sWvO569EEAgEoGfj+dteU1c/+gkEl2x IrAAgfKasJpYYNpIcTYCVhOzVVQ+CDQmYAuzMXDDIRCPQMJFxy25M7dXueiINwtEvDyBYhcdZ0i6 C/MMJccgEItA2mriMDeaOETkAAQ6EDh8pPvvR7e9e9FEh5IZEoFkAofneXKP/zZorAlPk7xYL81n JlD7bM9m114Tf0L9Kf/TNdkQNESgBoEoc/z76N7oDluYuzE/GqpG1fSJQAkCA/7N73ouVdyb2FB3 za7EjNHHTAS6n/8xz4dimthvqbj/TodlxUynWIBc2lsg5mmfWspimtgGfv5A9L5wayBNLYHjTxNo ZgEz9d+aVNfEf/r4O6wSnD4tljywqgtMvqw51UgTZJFVnXkbVXIBC9SZMk01QRZ1ijhwr2V1wAKd St1BE2TRqdaVhy1lBC6oXKiM7rtp4lkWt38xQzJK2KfJRSmodJ+yZY7aWRMvZbH9o4mUWdIazbKl oIo1ytG8zyE0sWf9bjaabJ8nRvZZ/LLbn6+cu+w9K7n5yZs/YOoJVV4TxR5L8/k29Cg309+X8vDG +vy6X2qZ4QVSuER8vMafxVFeEzWerJ391zLVmv+c1Dl/U/vUPznNVKDJA/ThYNSTBJ7rP4MmnpNP necn8VU9rOe5lsSrZ6BVK6DzTAIxVhOZyf26eTy7afw91PPJ80L+NFmi5eSaWKKGGVdKvLDczLiU ME1cwjdE4zOrBl4YolRRg6CJmJWjhph1Cxo1TYQq3KEdrBpC1TNKsDQRoVKf7UANEWoYOsZimrj7 QbAad06Ehpwb/Ac7UEMuVO0yCBTTxDb2b1nQREYh7pqwwzV+WhcnUEUTtyj9tUsuFTskI9OgEYHy v0i+CeJwr61RfiGGucF6yeuGcvuPFwJdCZTXRNd0Qg2+2eHl7fXsEKqS0wdbRRMWFAfzhh2mP7Hm SrCKJva9CZcej7PlgyDmmliymYlALU3MxKhALi+vL2w9FCCrixYEKmrCpcefvdx3uw8t6msMBAoQ qKiJ1S89XF8UmJ+6GIJAXU2sa4qHFYTriyFmuyAyCVTXxHKmeFhE+Ggzc2ZqNhCBFppYxRQEMdDE FkpJAo00Mbkpnrch3DpZcpbqqzOBdpqY1hQvtyE6l9XwCJQk0FQTs5nCVUbJqaivcQm01sS9KWLf o3kfvX3KcWe4yAoQ6KCJ3RS3/xHSFM+LiAKF0AUC4xIo9ryJ/elVSQ+l2TQRab/vYRExbmVFhkAx AsVWEzc7JAliy2C/oTvGsoIjik08HUUiUEwT2UnvS4l3D2fJ7rlkw/vg7ESUJKuvAAT6a2JbU9zL YjhsFhHDlURATQkMoYn9AuT+GmSUyxCOaDohDTYigYE0cb9bsf3v/pchuyNcaIw4e8XUiMBwmtiv QR72LDosLu4d0agchkFgRALFPhD97+//91fxB0F/P/X48/tz1JqvfYTnwWsOG7lvpCJX7/NNCeU1 kfGx6Em87xYUVW67CHJHR4dF1slqOSwUgXk0sWM/PDcuiaPmtcZh5KGm1j/BXmIeN+01Io+0mnhX kYLn3s/Xn8uZCtdOVSaUk7MKVp3+S2AGTTzXNE8cDRzhrHYCRiQwpyZyKlHzWiMnHm0QGIbAiB+I doDDER2gGzIMAZq4+za7S4Iw81agTQksrwnriKbzzWAhCaytCY4IOWkF3ZrAwprgiNaTzXhRCRTT xO3pVfsDrKLCEDcCCLwiUEwTeU+v6lYUS4lu6A0cj0AxTURKnSMiVUus/QmspwmO6D/rRBCMwGKa 4Ihg81O4QxBYTBNDMBcEAsEIrKQJS4lgk1O4oxBYRhMcMcqUE0c8AstoIl5pRIzAKATW0ISlxCjz TRwhCayhiZClETQCoxBYQBOWEqNMNnFEJTC7Jjgi6swU90AEZtfEQKiFgkBUAmnPwnz4DujzT3Lc Dqj3Ox3JjC0lkpFpgMALAsmrie2boMG+D6r0CCBwgUCyJi6M1bappURb3kabmECCJsa6oPhcE46Y eM5KrTmBhK2EDxsT928NsTdBE81nkgEnJpCmiXsFvFxcDLHi4IiJJ6zUehA4uOjYnnC5LRaGWCb0 YGRMBBYncKAJH2osPj+kj8CNQNoWZgBkrjgCFEmIwQgkaOK2stivQYbYgwiGWrgIRCWQsIV5JsXO +rCUOFMkxyCQSCBhNZHYs8MRQGASAhNpwlJikjkpjeEITKSJ4dgKCIFJCNDEJIWUBgL1CMyiCVcc 9eaInpcnMIsmli8kAAjUIzCFJiwl6k0QPSOQdBcmXAggsCaB+KsJS4k1Z66sGxKIr4mGsAyFwJoE aGLNussagQQCxTSxP5YiYfDrh7riuM5QDwgcESimCc/aPkLtfQSiEiimiagAxI0AAkcEImvCFcdR db2PQBECkTVRBIBOEEDgiABNHBHyPgLLE6CJ5acAAAgcEQirCRsTR6X1PgKlCITVRCkA+kEAgSMC NHFEyPsILE8gpiZccSw/cQFoSSCmJloSMhYCyxOgieWnAAAIHBEIqAlXHEdF9T4CZQkE1ERZAHpD AIEjAjRxRMj7CCxPIJomXHEsP2UBaE8gmibaEzIiAssTKKmJ2wOslucJAAITEiipidsDrCYkJCUE lidQUhPVYdqYqI7YAAi8IBBKEyqIAAI9CNBED+rGRCAUAZoIVS7BItCDAE30oG5MBEIRiKMJ+5eh JpZgZyIQRxMzUZcLAqEI0ESocgkWgR4EaKIHdWMiEIoATYQql2AR6EEgiCbsX/aYHMZEYCMQRBPK hQAC/QjQRD/2RkYgCAGaCFIoYSLQj0AETdiY6Dc/jIyAvQlzAAEEjglEWE0cZ+EIBBCoSKCkJjzk rmKhdI1APwIlNeEhd/3qaGQEKhIoqYkqYdq/rIJVpwgkEBheEwm5OBQBBKoQoIkqWHWKwEwEaGKm asoFgSoEaKIKVp0iMBOBsTVh/3KmuSaXsATG1kRYrAJHYCYCNDFTNeWCQBUCNFEFq04RmInAwJqw MTHTRJNLZAIDayIyVrEjMBMBmpipmnJBoAoBmqiCVacIzESAJmaqplwQqEKAJqpg1SkCMxGgiZmq KRcEqhAoponbo6tKPr3Kp6FVyq1TBHIIFNPE7dFVnl6VUwFtEBieQDFNDJ+pABFAIJMATWSC0wyB dQjQxDq1likCmQRoIhOcZgisQ4Am1qm1TBHIJDCkJnwamllNzRCoQmBITVTJVKcIIJBJgCYywWmG wDoESmpiv1ZYB59MEViBQElN/Pz8IkYWK8wbOS5FoKQmlgInWQTWIUAT69RapghkEjjQxMOXPrev gRb+MuhD5D4NzSylZgjUIvBJE8+O2L4Gur0+fG3c9kStcukXgR4E3mriZgFfDO9REWMiMByBt5rg iOFqJSAEOhEosIXZYsOiEx3DIoDAjUABTdxvWNx6dPeEiYXAZAT+aqL6RxiTkZMOAssQ+KuJfVGw TO4SRQCBUwQKXHScGufkQW6aOAnKYQg0JJCgie1eif314aMQ2xMNK2goBKoTONDEgwsediurR2cA BBAYgEDCamKAaIWAAAIdCNBEB+iGRCAWgVqasD0Rax6IFoEPBGppAnQEEJiGAE1MU0qJIFCLQEVN uO6oVTT9ItCWQEVNJCfi3qpkZBog0ILASJpoka8xEEAgmQBNJCPTAIHVCNTVhO2J1eaTfKckUFcT UyKTFAKrESimibqP216tLPJFYCQCxTSxfSvsOTXXHSOVWywI5BAopomcwbVBAIEIBGgiQpXEiEBX Ai00ceq6w71VXeeBwRH4QKCFJhQAAQRCE2ikiVMLitAgBY/AvAQaaWJegDJDYH4CNDF/jWWIwEUC 7TThuuNiqTRHoBeBdprolaFxEUDgIoGmmrCguFgtzRHoQqCpJrpkaFAEELhIoLUmXi8o3Ft1sYya I1CTQGtN1MxF3wggUIVAB03YoahSSZ0iUI1AB01Uy0XHCCBQhUAfTVhQVCmmThGoQ6CYJjy9qk6B 9IpAfwLFNPHu6VXvUrSg6F98ESBwjkAxTZwbzlEIIBCPQE9NWFDEmy8iXpJAT03cgL96yO6SdZA0 AgMT6KyJgckIDQEE/hDorwkLCpMRgcEJ9NfE139f6Pj+evEzH4PjEx4CKxAYQBMrYJYjApEJjKWJ /ZuikZGKHYHZCAykCZ+Pzja55DMLgYE0sX8+ak0xy+ySxyQExtIEU0wyraQxF4HhNMEUc00w2cxA YERNMMUMM0sOExEYVBNMMdEck0p4AuNqginCTy4JzEJgaE3cm8LHH7NMOXnEI1BME/WeXrV/6YMp 4s0vEU9BoJgmUp9elUTvZor95iuySELnYASuEyimicxQUn7I535ZQRaZwDVDIJ1Ab00kRrwvK27t bqYgi0R+Dkcgh0AwTWwpPsuCL3KKrw0C5wiE1MSzLPbFBV+cq7ujEEggEFgT97K4fwTWdjHikiRh FjgUgY8Ewmtiz267Enl4ZN69Miw0nAsI5BH4vn2QmdfyZavb3RNpHaZ80pER5xk1FAWQEaMmCIxO IPGsPkpnNE08xHvGGh9SJJSj+nt/TgJraeLNCmjO0soKgfMEPv8JLK+JpOdj/3z/SeS75KXPeTiJ R8aIMjEphyNw9MNa5TUx1N6ECYAAAtcJzPNJx3UWekAAgZcEaMLEQACBAwI0YYoggMDImqh804Ti I4BAEQJWE0Uw6gSBmQkU00S9p1fNjF9uCEQgUEwTVZ9eFYGkGBGYlkAxTUxLSGIILE+AJpafAgAg cESAJo4IeR+B5QnQxPJTAAAEjgjQxBEh7yOwPAGaWH4KAIDAEQGaOCLkfQSWJ0ATy08BABA4IkAT R4S8j8DyBGhi+SkAAAJHBGjiiJD3EVieAE0sPwUAQOCIwIEmbt/7vO9h+xro/jrq3PsIIDADgU+a eHDElu72TdAC3wf1TJoZ5o8cliDwVhPJP8yzBC5JIrAigbeaeH6OPnGsOEHkjMDXV9oW5suNCbsV JhICcxNI08T9xsS+c1Fst2Ju0rJDICyBv5o4/Pwi7ee8whIROAIIPBD4q4kyn18AjAAC0xFIuOh4 +fnodEAkhAACjwQSNHFbbtzvVroGMZsQWIRAv18kd3vVIlNMmvEJJKwm4icrAwQQyCFAEznUtEFg KQI0sVS5JYtADgGayKGmDQJLEaCJpcotWQRyCNBEDjVtEFiKAE0sVW7JIpBDgCZyqGmDwFIEOmnC vVVLzTLJBifQSRPBqQkfgaUI0MRS5ZYsAjkEimli+1ZYTgjaIIDA2ASKaaLAs7bHJiU6BJYlUEwT yxKUOALTE6CJ6UssQQSuEqCJqwS1R2B6AjQxfYkliMBVAjRxlaD2CExPgCamL7EEEbhKgCauEtQe gekJ0MT0JZYgAlcJ0MRVgtojMD0Bmpi+xBJE4CoBmrhKUHsEpidAE9OXWIIIXCVAE1cJao/A9ARo YvoSSxCBqwRo4ipB7RGYngBNTF9iCSJwlUAxTSQ8vcrzcq9WTXsEmhIopglPr2paN4Mh0JBAMU00 jNlQCCDQlABNNMVtMAQiEqCJiFUTMwJNCdBEU9wGQyAiAZqIWDUxI9CUAE00xW0wBCISoImIVRMz Ak0J0ERT3AZDICIBmohYNTEj0JQATTTFbTAEIhKgiYhVEzMCTQnQRFPcBkMgIgGaiFg1MSPQlABN NMVtMAQiEqCJiFUTMwJNCdBEU9wGQyAigWKaSHh6VUROYkZgYQLFNOHpVQvPIqlPTqCYJibnJD0E FiZAEwsXX+oInCNAE+c4OQqBhQnQxMLFlzoC5wjQxDlOjkJgYQLNNeG3fBaebVIPSqC5JoJyEjYC CxOgiYWLL3UEzhGgiXOcHIXAwgRoYuHiSx2BcwRo4hwnRyGwMAGaWLj4UkfgHAGaOMfJUQgsTIAm Fi6+1BE4R4AmznFyFAILE6CJhYsvdQTOESimCU+vOgfcUQjEI1BME55eFa/4IkbgHIFimjg3nKMQ QCAeAZqIVzMRI9CYAE00Bm44BOIRoIl4NRMxAo0J0ERj4IZDIB4BmohXMxEj0JgATTQGbjgE4hGg iXg1EzECjQnQRGPghkMgHgGaiFczESPQmABNNAZuOATiEaCJeDUTMQKNCbzVxPaNz4fvfb78x8YR Gw4BBBoTeK2Jmw62b3xur9v/vYX18h8bh2s4BBBoT+C1Jm5qaB+KERFAYEwCbfcm/IDomLNAVAh8 JFBAEzYszDEE5ibwaw/ic4bblsS+N7EfvP/73IBkhwACf1cTz59rPKsBLwQQWJDAX03sn2tYLyw4 D6SMwAcCn+6bOLweQRYBBFYg8HpvYrtR4v61b0/s/0giK8wPOSLwa/PB2W4eIIDAZwIFPhCFGAEE 5iZAE3PXV3YIFCBAEwUg6gKBuQnQxNz1lR0CBQjQRAGIukBgbgI0MXd9ZYdAAQI0UQCiLhCYm8D/ AT6s90VbYp+9AAAAAElFTkSuQmCC ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0031_image007.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCAEnAPgDASIAAhEBAxEB/8QAGwABAQEAAwEBAAAAAAAAAAAA AAUGAQMEAgf/xABQEAABAwICAwkLCgMFBwUAAAABAAIDBBEFBhIhMRMUNkFRVXWz0xUXIiNWYYGU laTSBxYyQlRxdJGh0SQlsjM3UnKiQ1NiY5OxwYKDkqPi/8QAGAEBAAMBAAAAAAAAAAAAAAAAAAID BAH/xAA8EQACAQEEBggDBgUFAAAAAAAAAQIDERJR0QQTFCGRoTEyQWFxgZKxIlLBBVNy4fDxJDM0 otJCQ2KCsv/dAAQAKP/aAAwDAQACEQMRAD8A/S8m8CMB6Np+rarSi5N4EYD0bT9W1WkAREQBERAE REAREQBERAEREAREQBF4MGdWvo3yV0jnSOnl0WujDNBgeQ0W4/BAN+O696AIiIAiIgCIiAIiIAiI gCIiAi5y4EY90bUdW5EzlwIx7o2o6tyIBk3gRgPRtP1bVaUXJvAjAejafq2q0gPPDWMmrJ6TQeyW ANcdICzmuvZwsdl2uHLq+5ehTafhNX/hKf8AqmVJANi4BDhdpBB4wvPiBgbh87qmF88LWEviYwvc 8cgaNZvyLw5bbFvCaWGPcWTTl+4CJ0bYNQGiAQOS5sLXJQFdEUXNrK6bAKinoqd8xma5ku5yBjmx 6JvYnjOocutAWkXlwzT7lUm6MMb9wZpMJ1tOiNS9SA4LgCASATsF9q5WVxyKcZiEwpmTgxwinY+n dJpOD36ei8ao7Ag347DkWqQBcaTS4tBFxtF1ysnh9LKzNhkMTg8Tzuk8SWlrDfQJl+uDqs3i/wDS gNYiKVmekdW5eq4WMkkfoaTWRk3cRsGrb9yAqaQ0tG40ttr61ysvS05+cQdvZ++W4hK+Sbcj/YGJ waDJaxGkW+Dfk1alqEAXAcHXsQbGxsVMxSk3XFMKqdCR24zv0iCdFrTFICSNm2wv515Muikmq6qr oqZ9HC5jWNgNO+LSALvGG4ALjfivqAvtQF9EWaqqatgqca3lBK59Y+ENcZNEkEWeWlxtcN2AcdkB pUUzLUUsOWcNhmgkgkjpo2OjkN3Ns0CxPKqTm6bS0ki4tcGxQAuaLXcBc2FztXKwUlBU00dMzehe 2KKoEMM1O6YufuxLBysuLeGeUa1vBsFxZAcrjSGlo3F7XtfWp2Y6Q1uXcQgDJHudTv0WRkgudomw 1bdfFxqJvWZ2bd2ETi4VYcSIDcR7kBfddgbfVocutAa1caTQ4NJFzsF9q5WYzNHDUVDqaGjkbWuj 021rYHktI+ixsgFmknUdYABN9qA9mcXNdkfHi0g/y2o2H/luRQq6KNmT8zPpqZ0FO7Bi2xhMQMoi k0zYgXOtuvj1a9SIC9k3gRgPRtP1bV1V+JVsWJ1G5ThkNJJTMMWgCJN1eGm52i19VrLtybwIwHo2 n6tq982F0NRWMrJaZj547aLz5tl+W3FfYgM7PQCPMNbE/EsXIfSwm8UwB1ul1Xtq8y9G9o9MO7o4 7cAgeOFvyt5l0YlXy02Z62dmHOq6WGlgbUuDnsfF4Up0g23htsddtYtx7FUoZabE6ZtTQilqIXfX jqnG3mOrUfMVVUp10r66vHiY6sqynZF7vB5E6KgggjijjxDHWsibosbu4IA8/L6V8twujaAG1mNg NlMwAmH0ySSfzJ1bFb3m/wCyResP/ZN5v+yResP/AGVFtbHk8iF7SMeTyI0mH08sT4pMQx1zHu0i DONt76uTZsC4dh1K8z6VbjZ3w3RkvKPCFiLbNW07Fa3m/wCyResP/ZN5v+yResP/AGS2tjyeQvaR jyeRFbhtKxzXNrcbBZHuTbTDU3k/TbtX1HQwRRxRx4hjrWwt0WDdhstbXy+lWN5v+yResP8A2Teb /skXrD/2S2tjyeQvaRjyeREGGUjdytW434mR0rLzA6LnaVz/AKnfmvt9DBI0tfiGOuBe19jMNoII tyawNWxWN5v+yResP/ZN5v8AskXrD/2S2tjyeQvaRjyeRINJEQ8HEse8ZttOOS2rk9C+Th9MZ3T7 +xwSvjEbniYAloJIGzzlWd5v+yResP8A2Teb/skXrD/2S2tjyeQvaRjyeRJ3rGC090sd8AWHjh+u rX6V8RYfTwMjZFiGOtbHfRG7jj5eX0qzvN/2SL1h/wCybzf9ki9Yf+yW1seTyF7SMeTyP//Q3Iwq jAcBWY2A6bdjaYC773v+mzYvuWgp5opIpMQx1zJfpgzj9OT0KzvN/wBki9Yf+ybzf9ki9Yf+yx21 seTyMF7SMeTyI5oYDJJIa/G9KRoY87qNYF7DZ5yvmLDaWDcdyrcbaII9yjAlFmt1atn/AAj8la3m /wCyResP/ZdLzBEXCQUjC36WlWEW/RcvVseTyOraX0Pk8ibHQwQxRRR4hjrWQgBg3YagBbXy6uVf BwujIYDWY2dzlMzLzA2eb3P+o+bWu52O4Gxpca/DLAXNq8k/kAvI7N+XQ0ltRBI7iYySUuceQeBt UXVmumS/XkaI6L9oy6sH6ZZHfLQU8zHskxDHXNeQ4jdxtFrW5Ng2L7NJGdP+ZY74YsfHj9OT0Lwf PHCuKgqT5tGX4U+ctT5HYt+TlzXT+bk8izYftHtjZ4qz3R7O59Nu4n39je6iPc9PdRfRve2zlX0K SIaH8yx7wBYePH68vpXQzFsVlYHx5Mq9A7NOrDD6QdYXO+8wVHg0+VW05GsuqK24PmFuNSv1ceTy Jr7P07tlBf8AaOZ2R0EELWtjxDHWta4uA3cbTcm/LtO1fPcyk8Z/GY2N1lbM+0oGk8Wsf9LfyXzb NfMeH+tu/dO5+bpvGBuEUwP+yc6V5b6RtXb1f9I7sOlLpqwXmn7WnbJQwTRyxyYhjrmTAteN2GsE W1cmrkXzLh1LNuu6VuNu3aPcngzCzm69Vrecr47lZv8A9/g35TLoOXM4OJPd6kbfXYQ6h+i4511+ xF6JWj1q8P7n7RZYzaxsWQsbjYLNZhc7Wg8QETkXObwRkTHA43IwyoueXxTkW4HOTeBGA9G0/VtV pRcm8CMB6Np+rarSAkMfM3M1duUQk/hKe936NvCl8y8tdl9tVVGupad2HV521VJOGuf/AJxbReP8 wK6JsRqMKzvKalzX4fVQQRGUNtvd5dJoBx4w43F+UhahTSq0rJxk1b4cOjkytwcn1nyyM1C/OtGS JYcMxOJuwh7oJXfoW34hsC4kzRi9MQ2pyfiekdY3CSKYekh2paZFZrYtWSim8eh8t3I7ddll58sj LfPZ8Wusy7i1I0/RdJTucHHk8AO/VPn5RfYMQ9Sn7NalFy2i+lPya/xZG5P5nyyMt89J5PCpss4x UxcUjINEH0Psf0T5413kfjf/AE2fEtSiXqXyvj+QuS+Z8sjMx5qxaodoU+T8U07X8e6OJtvvLtvm Xb3czH5HT+vwfErNbiFHh0BnramKnjAvpSOt+XKoXzprMS8HL+DzVbftNQdxiH3X1u1f9wubRShu uJ+N63k17GqjolapG8ujF2JcXYjs7uZj8jp/X4PiXnqswZgpmbtPheF0MZBIZWYnov1bfosI/Ini X33Bx7E9eMY66GM7afD27mP/AJnWV6aPJmA0km67xFRMSCZalxkcSOPXqum029WjFeLl/ky/UaPD r1G3/wAV9XZ7MzUvyjYqJHRUuE0VfI3a2kqJX6uW+5AWVOizHm6saXfNJrBYEadVoXv/AJgFrIoo 4WCOKNsbG7GsaAAvtVzlKassS8E/q2Nbo8OrTt/E2/a6ZKrPygStbvduDwa7nRc4n9QVIfgvyjVD iKrEoHRE30YKwxH8xHs8y/RESFyK+KN7xb+jQ2youoox8Ir3ab5n52MpY/IL1tGytk4pJsaluBya o12sylWMtfKeDvI+tJicriTynwNa36KxSo/dR55kXpulP/dl5Oz2MczCcWY9r2ZPy41zTcEVBuD/ ANJexrs0tcHNy/goI2EVrtX/ANS0qKaq010U488zPKpUl1pN+Zn9+Zx5mwr2g/s035nHmbCvaD+z WgRd18fu488yuzvM/vzOHM2Fevv7NN+Zw5mwr19/ZrQImvj93HnmLO8z+/M4czYV6+/s035nDmbC vX39mtAia+P3ceeYs7zP78zhzNhXr7+zXBxTNUH9tlqCp0tm9K9vg/fphv6XWhRNfD7uP92Ys7yJ nEk5Gx0kaJOGVFxyeKci5zlwIx7o2o6tyLMSGTeBGA9G0/VtVpRcm8CMB6Np+rarSAiCKjxPHcWo 5xFURGkp45o73t4UpseQ6weXYuuGvmy9KyhxaWSWjc4NpcQeCbX1Bkx4ncjzqPHr2+mMzNzNXbjH G69JT30nFv1peQFeyVlRPC+GamppI5Glr2OkJDgdoI0VOFZR+CatX63orlJJ/kz1A3FxsRZhuA4z hbwcv1cFPTjXvGpc6WEcuibaTOKwBsORfUmYcfojo1uVpntaPCmopxM0+cNsHbeK2pWapSVtN28n wf0tGsVlrT4M0qLLHPdBH4NXFNRy8cVRTTtePPYRlcH5QMGaLuqmNHK6GcD8zGuPR66VurlZ+F5H FVi3YreDNQ97Y2Oe9wa1ou5zjYAcqzsmO4jjMjoct07DCDZ+IVAIiH+QbXnb5ln6zNGHY5W/zKof DQQu8CkEU/jj/ieRGbt4g381Zjz3gkUbY45WMY0WDW084AH3bkq1o+kzVqpys/C9/I262ho3WV6e FjsXji+7oXbae6iylh8M4rK8vxKuvpOnqjpWP/C3YByDi1K6BYWGoBZb594fJ4NLHNVynZDBTTl7 vuBjC5+ec3k7jHqMvwqUdFqx3atrya9zPV0yVZ2zbfHlgahFl/nnN5O4x6jL8K5+c2PO1syZXOad hNRE0kfcTcfcVLUVe1WeO73KtbHv4M06LMfOXMHkXW+tQ/EnzlzB5F1vrUPxJqJ93FZjWx7+DyNO izHzlzB5F1vrUPxLtGL5rcARlWnAOuzsTaCPv8BSWjzeHqivqSVRPot4M0SLPd1c2eS1N7UHZp3V zZ5LU3tQdmu7LUxj6o5nbyNCiz3dXNnktTe1B2ad1c2eS1N7UHZpstTGPqjmLyNCiz3dXNnktTe1 B2ad1c2eS1N7UHZpstTGPqjmLyNCiz3dXNnktTe1B2ad1c2eS1N7UHZpstTGPqjmLyNCiz3dXNnk tTe1B2ad1c2eS1N7UHZpstTGPqjmLyNCiz3dXNnktTe1B2ad1c2eS1N7UHZpstTGPqjmLyO/OXAj Hujajq3IuM4knI2Olwse5lRcXvbxTkWYkf/R/S8m8CMB6Np+rarSi5N4EYD0bT9W1eybFGRYkygZ TVE0ha1z3RtBbGCSAXEkchQHRR7t858S3Xc9He1PoaF720pdt+O99iqqbT8Jq/8ACU/9UypIAiIg BNhcmwCzVNfNdeKx93YJTnxEZ1CpkB1vI42i2oHj1rszLPLXzQ5co3lstaL1ErdZhhG0/edgV2CC Klp46eFgZHG0NY0cQCqfxys7EbY/w9JT/wBUujuWPi+hYK3FHYiIrTEEREAREQBERAEREAREQBER AEREAREQBERAEREBFzlwIx7o2o6tyJnLgRj3RtR1bkQDJvAfAejafq2rqmy2418U0ToXFrmOfVzA uqQGu0tEO2WOtvFqJ2rtybwIwHo2n6tqtICRQ00FNmbE9whZFutPA9+g0DScXS3J5Sq6lUb5HZnx IPi0A2mpw06QOmNKXX5uT0KqgC+ZJGxROkebNYC5x5AF9LPZxnkfQU2EU7iJsUnEGraI9rz91tv3 qM5XYtl2j0tdVjDH27X5I+coxurBW4/KLPxOW8TTrLIm6mj/AMrRrrggjpaeOnhaGRxNDGNHEALA LsSEbsbDukVdbVc10dncluS4BERSKAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgIucuBGPdG1 HVuRM5cCMe6NqOrciAZN4EYD0bT9W1WlFybwIwHo2n6tqtICbT8Jq/8ACU/9UypKXSsDc0Yi4F13 UtMTdxIHhS7BxKogCzR/muftE64cHp7/APuyf/laQmwudgWbyT/EUVfih17+rZJGuGxzQbAgcWwq ue+Sj+txt0b4KVSrgrF4y/JM0qIisMQREQBERAEREAREQH//0v2VERAEREAREQBERAEREAREQBER ARc5cCMe6NqOrciZy4EY90bUdW5EAybwIwHo2n6tqtKLk3gRgPRtP1bVaQEule12aMRaCbspaYHU R9aU+lVFNp+Etf8AhKf+qZUkBOzBWuw/AK6rYSHxwOLSDYg2sCuvLFE3D8tUFO0DVC1xsLXLtZP5 lT88fxOGUmFN+niFXHFq2hoOkSOK4sNq0uwKtb6j7jbL4NEivmbfkty5thERWGIIiIAiIgCIiAIi IAiIgCIiAIiIAiIgCIiAIiIAiIgIucuBGPdG1HVuRM5cCMe6NqOrciAZN4EYD0bT9W1WlBytOKb5 PsFnMckgjwundoRtu53im6gF9x5lZKYXsopTC9kDpXlwvGZrBgtx6yL2QHdRtkbmfEjJIHg01OWA MtojSl1HXr+/Uqqy1JjMMnykVNDBVsqI58Mjk8W4ODHskeCLjZqds861KnKDjY327wZrHf4jOOXq R30Guln1bdJrdXoWlWaj/iflIme3wd6Yc2N1/raTtIWWlVFPpk+826XujShhH3bf1QREVhiCIiAI iIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiICLnLgRj3RtR1bkTOXAjHujajq3IgP/9P9EyjRwyZP wKoIcJThMEelpGwaY28V7Ltjy1uW4sZWuELWU7ZWGMEyGGxYQb+DrAvqK+sm8CMB6Np+rarSAxeP sbQ5rpcWjY1jaKSmEpAsBHKZo3EjjNy37tq2izWJYbJjNVmDDZdzYKighjic1x4zLYu1cvEL6lTy 7iTsWwGjrZBozPjtM21tGRvgvFuKzgdS0y+KhF/K7PJ71ztI9pMwLx2ccwzSa5IjDE07LN0SbLSr M5L8MYzUjwmT4nK6OT/G3UBY8m1aZYaXVt8Tfp+6u44KK4JIIiK0xBERAEREAREQBERAEREAREQB ERAEREAREQBERAEREBFzlwIx7o2o6tyJnLgRj3RtR1bkQDJvAjAejafq2q0ouTeBGA9G0/VtVpAT afhLX/hKf+qZTaWRuX8y1tHIDvXEw6upzyStAErPSA1w9PIvdRwxRZoxN0cbWulpqdzyPrHSlFz6 AF1Zto2VOAT1BldDNQtNTDK0XLHNafzBBII4wSrqU1G2Muhr9n5PladjFykkjz5DjLcqwyki08kk rfMC47Vo1nMhVEU+T6JsbwXRBzJG8bDpE2I4tRB+4haNZ4RcYpPpNOmyvaTUa+Z+4REUjKEREARE QBERAEREAREQBERAEREAREQBERAEREAREQEXOXAjHujajq3ImcuBGPdG1HVuRAMm8CMB6Np+rarS i5N4EYD0bT9W1WkBKo3vdmfEg+IxhtNThpLgdMaUuvVs5NfIuM1ysiypijpHBoNK9oJ5SLAfmQuG vmZmau3KESXpKe936NvClXgztLUOyfiAfTBjSxtzul7eEPMqqs0ovJl+iOL0qnB275LseKFHg9XT YTh2IYcGxYlFRxRzQvNmVLQ0eA/kI+q7i841L30GZaGrqN5VOlQV7R4dLU+C48paTqePO269NLNV 70htSD+zb/tRyfcuuvoo8Ug3Cvwinqo9obK4OseUXGorRCvTcVConu6Gk7fzX6tM1WspVJS372+x 5FJFlhleem1YXXYnh7NgjjrRKwDkDZGut6EFNnin8KLEsOrCdWhU0xjA84LHXup3aL6s+Kkvo1zI a1YPg8jUoswyXPjHh0lPgMrRtY10rC77ib2/Irv39m/mPDPaLuzUlQcurJcbPewkpp/saBFn9/Zv 5jwz2i7s039m/mPDPaLuzXdmnjH1RzO3jQIs/v7N/MeGe0Xdmm/s38x4Z7Rd2abNPGPqjmLxoEWf 39m/mPDPaLuzTf2b+Y8M9ou7NNmnjH1RzF4//9T9lRZ/f2b+Y8M9ou7NN/Zv5jwz2i7s1p2aeMfV HMjeNAiz+/s38x4Z7Rd2ab+zfzHhntF3Zps08Y+qOYvGgRZ/f2b+Y8M9ou7NN/Zv5jwz2i7s02ae MfVHMXjQIs/v7N/MeGe0Xdmm/s38x4Z7Rd2abNPGPqjmLxoEWf39m/mPDPaLuzTf2b+Y8M9ou7NN mnjH1RzF40CLP7+zfzHhntF3Zpv7N/MeGe0XdmmzTxj6o5i8aBFn9/Zv5jwz2i7s039m/mPDPaLu zTZp4x9UcxeO7OXAjHujajq3IuM43ORsd0gAe5lRcA/8pyLMSOcm8CMB6Np+rarSzmWKwQ5FwWKB 8L6wYRBJHA+TRJG5t1njtfjsuIMwVk9TQ7o1tNTy00EksppJHsdJJ9Vr7gN4hrvrIQHvo4hHmfEn B73adNTuIc8kDwpdQ5B5lPz7weZ+Lh/qXsw2qbV5ixF7Yp4w2mp22miLCfCl1i+0edePO/jqPDaH YKvEIYy//Drve3HsVdXqM2/Z/wDVQeDt4GlREVhiCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIi AIiIAiIgIucuBGPdG1HVuRM5cCMe6NqOrciA4yexr8j4FpNBvhlOCfNuTV6+4dDenGjKI6drGsi3 Z2gQy2jdt7Eiw1nkXlybwIwHo2n6tqtICbT8Jq/8JT/1TKZnH+3wDpaL/wAqhRse3M+JF8pkDqan LQWgaA0pdQtt5dfKp+Ytea8sg6xu0xtxfQCqq9Xh7m3QP56eCk+EWzSoiK0xBERAEREAREQBERAE REAREQBERAEREAREQBERAEREAREQEXOXAjHujajq3ImcuBGPdG1HVuRAf//V/S8m8CMB6Np+rarS i5N4EYD0bT9W1WkBJo5opc0Ym2ORrnRU1O14H1TpSmx9BC8GPeMzhlxjPCex873NG1rdEC5811Tp +Etf+Ep/6plMrv7xcL/BS/8AdV1eheK9zboW6pJ4Rl/5ZpURFYYgiIgCIiAIiIAiIgCIiAIiIAiI gCIiAIiIAiIgCIiAIiICLnLgRj3RtR1bkTOXAjHujajq3IgGTeBGA9G0/VtVpRcm8CMB6Np+rarS AlUYl+c+JboWFu9qfQ0QQQNKXbr1m99in1394uF/gpf+6pUzgczYgAQbUtODY7PClU2HX8pdRfXb C2283jFVU7PFG3Q9zqPCMue76mlREVpiCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIgCIiAIiIAiIg IucuBGPdG1HVuRM5cCMe6NqOrciAZN4EYD0bT9W1WllsAq4I8h4LFUTz0kQwmnkfVMGi1o0Gi2kd hPJt5F5aetr2zSulxGYGCenbTxueCXRyS6J0x9Z2ifQUBfpIo48z4kWRtaX0tO5xa0AuOlLrPKVO g/vLqei29YqdBBWnFaysq4IoGyxRRMayXTJ0S8knULfTHKumDCqhubarF5XRiF1K2nia0kuOvSJd q1a9XGq5puyzE16NOMVUvPpi1zRYREVhkCIiAIiIAiIgCIiAIiID/9b9lREQBERAEREAREQBERAE REAREQEXOXAjHujajq3ImcuBGPdG1HVuRAY/APlKyLBlDCsMxLE43SQUUEU0MlHK8B7WNBH0CDYh e9nymfJvE6J0eIU7DDfci3D5RoX228Xq2nYiID0d93InPvuk/wACd93InPvuk/wIiAd93InPvuk/ wJ33cic++6T/AAIiAd93InPvuk/wJ33cic++6T/AiIB33cic++6T/AnfdyJz77pP8CIgHfdyJz77 pP8AAnfdyJz77pP8CIgHfdyJz77pP8Cd93InPvuk/wACIgHfdyJz77pP8Cd93InPvuk/wIiAd93I nPvuk/wJ33cic++6T/AiIB33cic++6T/AAJ33cic++6T/AiIB33cic++6T/AnfdyJz77pP8AAiIB 33cic++6T/AnfdyJz77pP8CIgHfdyJz77pP8Cd93InPvuk/wIiAd93InPvuk/wACd93InPvuk/wI iAd93InPvuk/wJ33cic++6T/AAIiAmZm+VHJmIZWxaipcZ3SoqaGaKJm9ZhpOcwgC5ZYazxoiID/ 2Y== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0032.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Binding Atoms Together
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0032_image008.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAWIAAAGnCAIAAAACG8oqAAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO xAAADsMB2mqY3AAAFElJREFUeF7t3dt24zYSBdDx/P8/O+qoI8u6EcS9gN0rD5MMSRR2QadJirS/ vr+//+cPAQIE3gv8Hw4BAgQ+C4gJK4QAgQMBMWGJECAgJqwBAgTKBJxNlPnZm8AGAmJigyabIoEy ATFR5mdvAhsIiIkNmmyKBMoExESZn70JbCAgJjZosikSKBP4evew9tfX1+3IHuguQ7Y3gdgCr2Pi khH30fDwr7FnrHoCBE4KvL7ocPpwktHmBFYWcG9i5e6aG4EqAm/vTVyOfrs9cTu5eH3D4nYXwzvp VXriIAQmE/gUE7dSX96b+PmPYmKypiqHQF0BFx11PR2NwIICYmLBppoSgboCr2Pi/h5E3fEcjQCB cAJvvxC9JMXtj+9Hw/VVwQQqCry96LhEw+1PxfEcigCBcALuTYRrmYIJ9BYQE73FjUcgnICYCNcy BRPoLSAmeosbj0A4ATERrmUKJtBbQEz0FjcegXACOTFxfZ4i3FQVTIBAnkBOTFyfp8gbz14ECIQT yImJcJNUMAECJQJiokTPvgS2EBATW7TZJAmUCIiJEj37EthCQExs0WaTJFAiICZK9OxLYAsBMbFF m02SQImAmCjRsy+BLQTExBZtNkkCJQJiokTPvgS2EBATW7TZJAmUCOTEhFe/SsTtSyCcQE5MePUr XJsVTKBEICcmSsazLwEC4QTERLiWKZhAbwEx0VvceATCCYiJcC1TMIHeAmKit7jxCIQTEBPhWqZg Ar0FxERvceMRCCcgJsK1TMEEeguIid7ixiMQTkBMhGuZggn0FhATvcWNRyCcQE5MePUrXJsVTKBE ICcmvPpVIm5fAuEEcmIi3CQVTIBAiYCYKNGzL4EtBMTEFm02SQIlAmKiRM++BLYQqBET399/qb6+ tjAzSQKbCdSIic3ITJfAbgJiYreOmy+B0wJi4jSZHQjsJiAmduu4+RI4LSAmTpPZgcBuAmJit46b L4HTAjkx4dWv08x2IBBZICcmvPoVueNqJ3BaICcmTg9iBwIEIguIicjdUzuBLgJioguzQQhEFhAT kbundgJdBMREF2aDEIgsICYid0/tBLoIiIkuzAYhEFngbUxcn6HyJFXk5qqdQB2B1zFxSYfrM1TX P5d/rTOaoxAgEFDgdUxcoiHgXJRMgEATAfcmmrA6KIGVBE7HhBsWK7XfXAikCBzHxPU+xe1YtxsW KUe3DQECCwgcxMRDRiwwYVMgQOCswKeYkBFnNW1PYEmBT89N+L5jyZabFIGzAm+fm7gcyBNWZzVt T2BJgV+3J0/N8Nclye35Kw9cnEK0MYEIAsffdESYhRoJEGgoICYa4jo0gTUExMQafTQLAg0FxERD XIcmsIaAmFijj2ZBoKGAmGiI69AE1hDIiQk/q2aN3psFgUSBnJjwW78ScW1GYA2BnJhYY+ZmQYBA ooCYSISyGYF9BcTEvr03cwKJAmIiEcpmBPYVEBP79t7MCSQKiIlEKJsR2FdATOzbezMnkCggJhKh bEZgXwExsW/vzZxAooCYSISyGYF9BcTEvr03cwKJApkx4ZcPJ/rajMACApkx4WfzL9B7UyCQKJAZ E4lHtxkBAgsIiIkFmmgKBNoKiIm2vo5OYAEBMbFAE02BQFsBMdHW19EJLCAgJhZooikQaCsgJtr6 OjqBBQTExAJNNAUCbQXERFtfRyewgICYWKCJpkCgrYCYaOvr6AQWEBATCzTRFAi0FciMCW+Itm2L oxOYSSAzJrwhOlMT1UKgrUBmTLQtytEJEJhJQEzM1A21EJhSQExM2RZFEZhJQEzM1A21EJhSQExM 2RZFEZhJQEzM1A21EJhSoFJMfH//nd3X15TTVBQBAvkClWIivwB7EiAwu4CYmL1D6iMwXEBMDG+B AgjMLiAmZu+Q+ggMF8iJict7X179Gt45BRDoJpATE5f3vrz61a1DBiIwXCAnJoYXrQACBHoKiIme 2sYiEFJATIRsm6IJ9BQQEz21jUUgpICYCNk2RRPoKSAmemobi0BIATERsm2KJtBT4CAmPEbVsxnG IjCnwKeYkBFz9kxVBDoLvI2JS0Z41LJzMwxHYE6BtzEhI+ZsmKoI9Bc4dwvz+tKXV7/698mIBAYK nIuJ60tfXv0a2DBDE+gvcC4m+tdnRAIEhguIieEtUACB2QXExOwdUh+B4QJiYngLFEBgdoGDmPC1 6OwNVB+B9gLOJtobG4FAcAExEbyByifQXkBMtDc2AoHgAmIieAOVT6C9gJhob2wEAsEFxETwBiqf QHuBnJjw6lf7vhiBwEQCOTHh1a+JGqgUAu0FcmKifVVGIEBgIgExMVEzlEJgTgExMWdfVEVgIgEx MVEzlEJgTgExMWdfVEVgIgExMVEzlEJgTgExMWdfVEVgIgExMVEzlEJgTgExMWdfVEVgIgExMVEz lEJgTgExMWdfVEVgIoGcmPDq10QNVAqB9gI5MeHVr/Z9MQKBiQRyYmKi8pVCgEB7ATHR3tgIBIIL iIngDVQ+gfYCYqK9sREIBBcQE8EbqHwC7QXERHtjIxAILiAmgjdQ+QTaC4iJ9sZGIBBcoF5MfH// pfj6Cm6ifAIEfgnUiwmwBAgsKiAmFm2saRGoJ5ATE179qufvSAQCCOTEhFe/AjRWiQTqCeTERL3R HYkAgQACYiJAk5RIYKyAmBjrb3QCAQTERIAmKZHAWAExMdbf6AQCCIiJAE1SIoGxAmJirL/RCQQQ EBMBmqREAmMFxMRYf6MTCCAgJgI0SYkExgqIibH+RicQQCAnJrz6FaCxSiRQTyAnJrz6Vc/fkQgE EMiJiQDTUiIBAvUExEQ9S0cisKiAmFi0saZFoJ6AmKhn6UgEFhUQE4s21rQI1BMQE/UsHYnAogJi YtHGmhaBegJiop6lIxFYVEBMLNpY0yJQT0BM1LN0JAKLCoiJRRtrWgTqCXxdXtBIP9rlpa/0jW1J gEA4gZeB8DYm7hPh9Z5fT/veQuR39FwOlR5G6RuP3fLS/rEFpI+u1HSr9C1/qR799Xn52zXxb+MW W/4p9VQBT6cOrz/AD1gv7V78xzcx0ShQ0zuavqVS061abHnK/1wBpw6dtvG5z17tY6Yd7/RWfya1 Z0ycphq3Q/rSH1fj6ZFLJ3X0d/XpgirtkB4TlQYsPkzCHYbX5wQpFxRznk0UmznAIIFZP/b5HAkf v/yDT7Bn4IuOCfSU8Ftg2s//6h/j1gsxakyUnse2dj1//MN7xucP2WCPk0Fw/8VY4j28F0XP+iFf aRE+fIn5cJERMiauU0r/9qTBx6XyIVPuGVce8vPhTsbBy4M9XLr//OusH/tTwostws+RF+/xqpUi /LYuh0XeJQ5e/nPqE3M3jUt43/75M6n7f/6N9j//+BNNIF5MDPtERWvti3qfE+HspB4++c9BcPaA Mbdf7O+qw+n0eLyqxUo4nFiLQbsds87sSi4c6v2df7voXSnfrw2q06Zuq+r9QJ9vTFz2O/F85MMo Yx+vWqZDz73Ln1pGLtSLg8PVnj+vw0P33eA2kfVmdIV8nle8i46+S6L3aKdX3v11xGGxz5cMh7vY YAOBwxO9nJi4LOWHs5QNJHtMMSkjHu4vfKhLKDRo2nXl3z4Cm3wQcmLi7W/9up3BZpz9NuhorEMe ZMQtHdJzYfT8l/wIXRf/7SNw+Pfw6CYkjX/Yqar3Jv6N2b91Nb7oTfqLN4loio2e+/Rn/aWkbWPn Qp37ea3xiboHWWkRfu5U1JgoXL5T7/45HebOhalhFZcrkHPRkTuW/T4KfL6suN1ooEigu4CY6E7+ MOCHdHh4hHF0pcbfVkBMjGv9NSCe/zhxGNcTI78UEBPdF8a70wfp0L0VBkwUEBOJUDU2e3n6IB1q 0DpGUwEx0ZT3v4N/CIgu4xuEQImAmCjRS9j3OSCcPiSw2WQqATHRrB3vAqLZgA5MoJGAmGgAKyAa oDrkQIGcmPDq16eGPXzH6ec1DVzdhq4kkBMTb1/9qlRT1MM8nEQIiKiNVPejQE5MUHwUEBDWxNIC YqK4vc9XGcWHdAACUwmIiYJ2OIkowLNrIAExkdus+5MItyFyFe0XQkBMZLXpISOyjmEnAlEExMTJ Tt1faDiJOIln86ACYuJM45xEnNGy7TICYiK5lTIimcqGiwmIibSG3v8oYD+NMs3MVssIiImEVvb6 ceEJpdiEwAABMfER/eGG5YAGjR/y9gtsxpeigkECOTGxy6tfbkb8tyhX+oUUgz5osYfNiYntXv3a /mbEer+JJ/antnv1OTHRvcjuA96uNTwZ0d3egBMKiImnprhhOeE6VdJQATHxm19GDF2OBp9TQEzM 2RdVEZhIQEzcNcOpxKuV6f7lRJ/XQaWIiZ8v/f7+r+2/1xi0FA07r4CY+Lc3ziPmXaIqGy8gJmTE +FWogskFasfE7Yz95e/anhDDecSETVHSZAK1Y2Ky6R2UIyNi9Uu1gwT2jolB6IYlEEsgJyYWefXL qUSsparacQI5MbHCq18yYtyaM3I4gZyYCDfJx4JlRPgWmkBXgS1joquwwQiEF9gvJpxKhF+0JtBb YLOYkBG9F5jxVhDYLCZWaJk5EOgtsFNMOJXovbqMt4jANjEhIxZZsaYxQOAgJq4/fN0fAgR2FvgU E+tkhFOJnde4uRcLvI0Jv5qh2NYBCCwi8DYm1vnRZk4lFlmrpjFM4NwtzOtLX5Fe/ZIRw5aWgdcR OBcT15e+Vnj1a50OmgmB5gI/MRHsNCFFxqlEipJtCBwJ/MSE04QjK/8/gU0Fzl10REJyKhGpW2qd WmDdmJiaXXEEIgkcxETUr0WdSkRahGqdXcDZxOwdUh+B4QIrxoRTieHLSgFrCawYE2t1yGwIDBdY LiacSgxfUwpYTqBBTIT7/YDLNdWECNQVaBATdQs8dTSnEqe4bEwgTSAnJiK9+pWmYCsCBD4I5MTE pK9+OZWw0gm0EciJiTaVOCoBApMKrBITTiUmXWDKWkFglZhYoRfmQGBSgSViwqnEpKtLWYsILBET i/TCNAhMKhA/JpxKTLq0lLWOQPyYWKcXZkJgUgExMWljlEVgHoHgMeGKY56lpJJ1BYLHxLqNMTMC 8wiIiXl6oRICkwpkxsQUv4XYFceki0pZqwlkxkTUH6W7WvvMh0APgcyY6FHa5zGcSozvgQp2EQgb E7s0yDwJjBcQE+N7oAICkwvEjAlXHJMvK+WtJRAzJtbqgdkQmFwgYEw4lZh8TSlvOYE2MeFn8C+3 UExoZ4E2MbGzqLkTWE4gWky44lhuCZrQ/ALRYmJ+URUSWE5ATCzXUhMiUFsgVEy44qjdfscjkCKQ GRNTvCGaMj/bECBQLJAZE94QLZZ3AAJhBDJjYsD8XHEMQDckgT8CcWJCvwgQGCQgJgbBG5ZAHIEg MeGKI86SUul6AkFiYj14MyIQR0BMxOmVSgkMEogQE644Bi0OwxK4CkSICb0iQGCogJgYym9wAhEE msVErZ9M44ojwjJS49oCzWJibTazI7CTQE5MXN778urXTovEXHcXyImJy3tfnV79csWx+/o0/ykE cmJiisIVQYBALwEx0UvaOATCCkwcE644wq4qhS8mMHFMLCZtOgTCCoiJsK1TOIFeArPGhCuOXivA OAQOBWaNicPCbUCAQC+BtzFxfYbKk1S9GmEcAvMKvI6JSzpcn6G6/vHM5bwNVBmB9gKvY6LOQ5bZ b3+5MdG+8UYgkC7g3kS6lS0JbCpwOibcsNh0pZj2xgLHMXG9T3Ejut2waIXmiqOVrOMSyBT4iYmX pwkPGZE5iN0IEIgs8BMTz6cJMiJyZ9VOoJrAp+cm6nzfcapUVxynuGxMoIvA2+cmLqN7wqpLCwxC YHaBX7cnTxWbdEly9uzg7PanKrYxAQJZAsffdGQdNmsnGZHFZicCrQVmionWc3V8AgSyBBrHRPbz 2lmTsRMBAi0EGsdEi5IdkwCBvgLTxIQbE30bbzQC6QLTxER6ybYkQKCvQE5M1P9ZNU4l+nbdaARO CeTERL/f+nVqKjYmQKCNQE5MnKvElx3nvGxNYDqB9jFxOGVXHIdENiAwVGCCmBg6f4MTIHAoICYO iWxAYHeB0THhimP3FWj+AQRGx0QAIiUS2F2gS0z4smP3ZWb+sQW6xMQ7IlccsReP6ncRGBoTuyCb J4HYAuNiwqlE7JWj+o0EesXEw+0JGbHRGjPV8AI5MVH/1a/wjCZAYGWBxj8y95nudh5x+b/ufpnY ysbmRiC4QM7ZRIUpXwJCRlRwdAgCPQS6x4R06NFWYxCoKdA9Jlxr1GyfYxHoITAiJnrMyxgECFQT EBPVKB2IwKoCYmLVzpoXgWoCYqIapQMRWFVATKzaWfMiUE1ATFSjdCACqwqIiVU7a14EqgmIiWqU DkRgVYGcmPDq16qrwbwIvBTIiQm/9ctiIrCVQE5MbAVksgQIiAlrgACBAwExYYkQICAmrAECBMoE nE2U+dmbwAYCYmKDJpsigTIBMVHmZ28CGwiIiQ2abIoEygTERJmfvQlsICAmNmiyKRIoExATZX72 JrCBQE5MePVrg4VhigR+BHJiwqtfVhCBrQRyYmIrIJMlQEBMWAMECBwIiAlLhAABMWENECBQJuBs oszP3gQ2EBATGzTZFAmUCYiJMj97E9hA4G1MXJ+h8iTVBmvAFAlk3cK8pMP1Garrn8u/giRAYFuB 12cTl2jYVsTECRB4EHBvwpIgQOBA4M/FxbtNbtcat20erj6cdFhfBHYQ+BQTt/lfb1XswGGOBAg8 C/xcdPhew/ogQOClQNJpgrMJq4fAzgKvb2H6BnTnNWHuBB4E3p5N3CeFGxPWDYGdBZIuOnYGMncC BDw3YQ0QIHAgICYsEQIExIQ1QIBAmYCziTI/exPYQEBMbNBkUyRQJiAmyvzsTWADATGxQZNNkUCZ gJgo87M3gQ0ExMQGTTZFAmUC/wCPHFAjcHMRiQAAAABJRU5ErkJggk== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0032_image009.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCAEnAPgDASIAAhEBAxEB/8QAGwABAAIDAQEAAAAAAAAAAAAA AAUGAgMEAQf/xABJEAABAwIDAwcIBQoGAQUAAAAAAQIDBAUGERIhMXUTIjZBVbPSBxQVF1FhgaQj NHGRsjI1N0JidKGxweIkJTNSc5IWQ1Nyk5T/xAAZAQEBAQEBAQAAAAAAAAAAAAAABAMBAgX/xAA8 EQEAAgACBAgKCQUAAAAAAAAAAQIDEQQSITEyUXGBkaGx0RMUMzRBUmFyosEFIiNDU2Ky0uFCksLi 8P/dAAQAKP/aAAwDAQACEQMRAD8A+l4OVEwPYlVUREtlPmq/8TSZRUciKioqLuVCt2FsL/JxZm1E Lpo/RlNm1Ill/wDTbt0p+Uib8jCg8/tloinjfycKVelYXwaOUY+VGo5E2LHsdmjcgLQCHwxdKm72 uSpqtGttRJGmhMkyauSEwcraLRnDTFwrYV5w7b4AAdZgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAI XGXQi/cNqO7cBjLoRfuG1HduADBvQiw8Np+7abMR8t6Oh5JGafPKflNSrnp5Zm7355GvBvQiw8Np +7abMRvkbboUZEr0dWU6PVHImhOWZt27/h7Q5LgwJ+YZf3yb8RZStYE/MMv75N+IspnheThd9Ied YnLIADREAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAhcZdCL9w2o7twGMuhF+4bUd24AMG9CLDw2n7 tpsxHKkduharHu5Ssp2orWqqN+mYua+xNm814N6EWHhtP3bTPEs8cNsia96NdLV07GIv6zuVYuX8 FA4cCfmGX98m/EWUrWDfo/TNK3ZFT3OVkbf9qbFLKZ4XAhb9IedXnjnPp2gANEQAAAAAAAAAAAAA /9D7KAAAAAAAAAAAAAAAAAAIXGXQi/cNqO7cBjLoRfuG1HduAGvCszoMA2ORsEk7kttMiRx5anLy bfaqJ96i6XGGusetqOielZDG6ORU1I9s7EcmxVRfgqmvDkdXN5O7NHRVDKeodbKZGSvZrRv0bc1y zTqPblbWU+H4GVEVPJNBVQq2Rka7FWZmaorlVc161z2ga8IfWsQcVl/oWUrWEPrWIOKy/wBCymWF wIW6f5xbm7IAAaogAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAELjLoRfuG1HduAxl0Iv3Daju3ABg3 oRYeG0/dtM8SwsltcbnoucVXTvbk5U28qxNuW/fuUwwb0IsPDafu2m3EjVdaW5Oc3Kqp12df0zNi +4CPwh9axBxWX+hZStYQ+tYg4rL/AELKZYXAhbp/nFubsgABqiAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAQuMuhF+4bUd24DGXQi/cNqO7cAP//R+l4N6EWHhtP3bTbiTX6Jbo0/WqfVq9nLM3e81YN6 EWHhtP3bTPEz5G2uNGRa0dV06PXUiaE5Vm339Wz3gcOEPrWIOKy/0LKVrDnMxTiWFvNjSeJ6MTcj nMXUv2qWUzwuD09q3T/LzPHFZ6axIADREAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAhcZdCL9w2o7 twGMuhF+4bUd24Aa8LOmZ5P7K6nax0qWunViPXJqryTd6p1Gi5XN9Rhy3Pmp5XS1i0kjnxRqsbFW SNVzXqQ68HIi4HsSLuW2U/dNPL95tQWOmpGZRM84poYWbV3SsyT7kA5cP9LsTf8AJB+BSylaw/0u xN/yQfgUsplhcHnntlbp3lo92n6KgANUQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAACFxl0Iv3Daju 3AYy6EX7htR3bgAwb0IsPDafu2m3Eb2ttKI5yIrqmnRqKu9eWZsNWDehFh4bT9202YkjjktTXPY1 ysqqdzVVM9K8szansXaoHBh/pdib/kg/ApZStWL6PGWI43818iwSMau9zdKpmnuzLKZYXB557Vun eWj3afpgABqiAAAAAAAAAAAAAH//0vsoAAAAAAAAAAAAAAAAAAhcZdCL9w2o7twGMuhF+4bUd24A MG9CLDw2n7tpniaGOW1xueiqsVXTvZk5UyXlWJ1b9/WYYN6EWHhtP3bTPE0SyWuNySvZoq6dyo1U yf8ASsTJfdt/gBw0X6Rrn+4xfzLKVqi/SNc/3GL+ZZTLD3Tyyt03hU92vZAADVEAAAAAAAAAAAAA AAAAAAAAAAAAAAAAAAAhcZdCL9w2o7twGMuhF+4bUd24AcdhrJaLyeYffCxrpZKKjhZrXmor2sai rl1Jma7rPcrjZFkSphpnQ1rIZWpDrR7mztTUmapknXkdOGqKKv8AJ/YoJVe1PR9K9rmLk5rmsaqK nvRUQyvFEtvsccNLz2urYXzPmeup2czVV2xNq55exAIikpbuuPri1t1hSVKKNVf5psVM92WosDKK /aG67zTasudpodmfu55wR/4bykTtdzvO7e1zcv1dLslzLKZ4fp5ZWaZG2k/lr2IlKK/anar1Taf1 cqHb8eeaVivvpBlMy80apySvk/wqa27URvN17l5239knCNjoXR4lmrmwtbHLSNY6RMs3PRy7F692 RojaZaPEKNTkbxSqupM9dFkmnPbufvyzyM1or7pXTeafPLZnQ7PxkqAIptFfdKarzT6stuVDsz/7 njaK/Zu1Xmmyz5uVD1ZdfP8AbmSwAh1o8Q8uiJeKXkdK5r5lztWaZfr5ZZZnLXy3ehlponX+ga+e VG6ZaZGLp61amvaueWz3liKvi++0FAxKKqT6KparKh8bmLI1mzmo1XIua578tiZ9ZyZiIzl7ph3x LatIzn2JJ9FftC6LzTastmqh2Z+/nnvmV87Zp/8A8P8AeR64rrK3ZZcP1lWib5J8oGfBXb+r7xyW M67a+ot9sY7Zpjasr0RevNdmafcZ+Eid0ZqvEr18paK8s7eiM56ne2iv3O13mm383TQ9Xv5+81vp 79HMqyXqjZBpTJy0eTtW3Z+Xllkcn/ilwqPzhii5TdStgyharfYqJ8dpkzAdiz+niqKpvU2eoc5E X27953WvO6vWeB0avCxc+SvfNWNVXVdNMyN+K7TGuf0jZYWtcjcl2omvfnl8MyOuGLI6OGbRi62u mYioxrqRdLndSakdkT0OEsPQR6GWekVP240ev3rmplX2+mp6FsVJa82/kp5oyNr409qask93xH2n scnxSI2a09Ed6uvxjEjso8RNnb/vitbnN+/UYNxfUvzbBcJ6uXNcoqezu1ZfF5bbJSPoLLSUskUc UkUTWvbGnNRctp3DLE4+r+XfCaJH3c/3f6qGmKL9yzkdR3TktKaVSz85V255pymWW7L4nq4hxRO9 jaCgrZFRVWRKi3JDk3LqVZFzXPLZ7C9gat/W6jw2j+jC+KVGfd8c6F5O1O1dWqFmX4zL0vjbsqT/ AOpnjLuctyjq5bdPHQSMjqXsVsb5FXJqr17No1Let2dznjGD+DHTb9ymU1y8oldDy1LS29rNTm/S tauao5U2ZP8Asz9+ZsSbynalzp7Rl1c3+8seGLfParFFRTwRQLFJLpjidqajVkcrduSdSksNSfWn q7jxmkfdV+L9yjLN5TtSZU9oy6+b/eFm8pvVBaf+v95eQNSfWnq7jxmn4Vfi/co/LeUz/wBi0/8A X+86YI/KNJEjpKixxOXex0Uiqn3KqFvNdQx0lNKxjnNc5ioitXJUXLqXqURSfWnq7nLaRSd2FWOn vU+suNdX+T7ErbhV26qmhoahEkt79TFasS5Zou5c80+APbhTVdHgPENPI2qZSx2qVkLatzHSIqRP R2Ss2actOXvzBolmc5zf/9P6Xg3oRYeG0/dtM8TPey1xoyJ0iOq6dHKiomhOVZtXPf8AD2mGDehF h4bT920zxNKkdrjarXrylXTtRWsVUT6Vi5rluTZvUDhn/SXS8Md+MspWp/0l0vDHfjLKZYf9XKt0 vdhe7HbIADVEAAARl2v9DZ9Ecz3S1MuyKmiTVJIvsROr7VOa43epqqx1osqZ1W6arVucVMnX9r/Y 337TqtNipbVrlTOesm2z1Uu18i/0T3IZzabbK9KyuFTDiL43p3VjfPtnijrnrRnmOIb9tuFT6Ho1 2pTUrs5nJ+0/q+BI23DVotSo+no2LNvWeXnyOX2q5evaSgOxhxE5ztl5vpeJaupX6teKNkc/pnnz AAe0oAa55m09PJO/PRGxXuy35ImYGwGiiqm11FDVsjkjZMxHtbI3S5EXdmnUbwAAAAAAAAAAAAAA AAIXGXQi/cNqO7cBjLoRfuG1HduADBvQiw8Np+7aZ4mmiitcbZJGtdLV07GIq/lO5Vi5J8EU0YVn ZS4Ass8mrRHa6dy6Wq5f9Ju5E2qbLvWRVmHaepjVWsqJKWRjX7HZLKxUzT27QOSvXzfyiWuV21Kq ilhYidStXUqr7siylZvXTvDn/wAan8CFmMqb7cvyhbpXk8Gfy/5WgABqiCEvNyqH1kdktat89nYr pJV2tpo+typ7fYh2Xq6x2W1TV0jVerERGRpvkcuxGp9qnPh21SW6jfPWOSS4VjuVqpMss3LuanuR NhnaZmdWFeDWtKTjXjP0RHHPdHXsjjddrtlPaLdFRUyLojTa521z1XarlXrVVOwA9xERGUJr2te0 2tOcyAA68gAAGE0TJ4XwyJmyRqtcme9FTJTMAYQxMghZDGmTI2o1qZ55IiZIZgAAAAAAAAAAAAAA AAAQuMuhF+4bUd24DGXQi/cNqO7cANOEKZH4QsM/KSo70TTs0o9dH+m3bp3Z+88ulqp6bD1DHLFF NPROpYmTrGmpMpI0zRd6Zm/BvQiw8Np+7aZ4mhZLa43O1Zx1dO5uTlTbyrE25b027l2AcF72Y5w4 5diZVCZr7dCFmK1iv864d4gn8iymVOFbl+ULdJ24ODPsmPinvACMxFdfQ1knq2t1S5IyFvte7Y3+ JpMxEZylw8O2JeKV3zsRqf59jDP8qisuz3PqF8KfcpZSNw/avQ9nhpXLqmXnzv8A98i7XL95JHmk TEZzvlvpWJW19WnBrsjv55zkAB7SgAAAAAAAP//U+ygAAAAAAAAAAAAAAAAACFxl0Iv3Daju3AYy 6EX7htR3bgAwb0IsPDafu2m3EjVdaUye5uVVTquWW36ZmxTVg3oRYeG0/dtNuJNfolujT9ap9Wfs 5Zm73gR+K9l0w85diJcEzXqTYWUrWOfzZQcRg/mpZTKvDtzLcbbo2FPvR15/MK1dE9M4uoLYnOgt 3+MqMup+6NFX+ORZHOaxqucqNa1M1VVyREK5g5rquKuvkqLruNQ5zNSbUibzWp/MX2zFf+2Gi/Z0 vjcUZRyzs7M5WQAGqIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQuMuhF+4bUd24DGXQi/cNqO7cAGDe hFh4bT920zxM+RtrjRkSvR1XTo5UciaE5Vm3bv8Ah7TjwvUZYIsVNT1VPHVutdO9rZVzVG8m3N2l FRVQwr7nNUWGJaiJz3S1sTGSwxO5N7Wzsyf16UVNqZqB7j76PDLqtNrqOoima3qcqORMl+8sjV1N RfamZA45p1qcHXBiORuliSZr+y5HZfwJiinSqoKeoa1WpLE16NXemaIuRlHlJ5I+a2+3Q6TxWt2V /lE4yrJKXD0sNP8AWKxzaaFPe9cl/hmStvo47fb6ejiTmQRtYmzfkm8grj/mWObZRt50dvifVTIu 7UvNZ9ipvLKdrttM8xjfZ4GHh8edp59kdUZ84ADREAAAAAAAAAAAAAAAAAAAAAAAAAAAAAIXGXQi /cNqO7cBjLoRfuG1HduAH//V+h4boYLj5PbLS1CP5OS2UyO0PVjlTk2rlmmSm2+Np7fY4aZZn8+r gZHy0ivc5eWauWa7V3KZ4N6EWHhtP3bTdiNyNtKIqoirU06Jmu/6ZgGWIqfzrDlxg1adVO/blnls zMcN1KVGGLfOrdCebMzzXdkmX9CTVM0VF2ovtKDQV8lvwNU2iFVdcW1UtDCxPynuc7PUib0REdn8 DG9tW+fsfS0fCnHwJw43xaOiYmJnmyhN4SRa2out7ciq2uqVbA9euFmxuXs6yyHJaqBlstVLQxom mCJrPtVE2r8VOs90rq1iJS6ViRi41rV3bo5I2R1AAPacAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQuM uhF+4bUd24DGXQi/cNqO7cAGDehFh4bT9202YlijktTHPja9Y6qncxXNz0ryrEzT2LtU14N6EWHh tP3bTPE0LJbXG5+rOKrp3NycqbeVYm3Lfv3KBLnF6HoPSvpPzdnnWnSj8t2/anv25ZnaDkxE73qt 7Vz1ZyzAAdeQAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAELjLoRfuG1HduAxl0Iv3Daju3ABg3oRYe G0/dtM8TRq+1xqkr2aKuncqNyyf9KzYuabvsy3EZYnIuAbLHU0rZKNbTTq9+16o7Q3JFjRM3N612 mdttlXW2eOBKltPTJVLJpWmVFe1sqPboRXJoauWxMlyQCzgAAAAAAAAAAAAAAAAAD//W+ygAAAAA AAAAAAAAAAAACFxl0Iv3Daju3AYy6EX7htR3bgBU8M+VHBlvwtaaKqvPJ1FNQwxSs81mXS5rERUz RmS7U6iT9buBO3flJ/AAA9buBO3flJ/APW7gTt35SfwAAPW7gTt35SfwD1u4E7d+Un8AAD1u4E7d +Un8A9buBO3flJ/AAA9buBO3flJ/APW7gTt35SfwAAPW7gTt35SfwD1u4E7d+Un8AAD1u4E7d+Un 8A9buBO3flJ/AAA9buBO3flJ/APW7gTt35SfwAAPW7gTt35SfwD1u4E7d+Un8AAD1u4E7d+Un8A9 buBO3flJ/AAA9buBO3flJ/APW7gTt35SfwAAPW7gTt35SfwD1u4E7d+Un8AAD1u4E7d+Un8A9buB O3flJ/AAA9buBO3flJ/APW7gTt35SfwAAPW7gTt35SfwD1u4E7d+Un8AAEZibyo4MuGFrtRUt55S oqaGaKJnmsyanOYqImasyTavWAAP/9k= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0032_image010.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAWIAAAGnCAIAAAACG8oqAAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO xAAADsMB2mqY3AAAFLRJREFUeF7t3dtW6zgWBdCm//+fadPhBEicWJZ129Jk1EtV2brMrSxkY8PH 5+fnf3wRIEDgtcB/4RAgQOC9gJiwQggQOBAQE5YIAQJiwhogQOCagN3ENT9nE1hAQEwsUGRTJHBN QExc83M2gQUExMQCRTZFAtcExMQ1P2cTWEBATCxQZFMkcE3g49XD2h8fH/eWPdB9DdnZBGIL7MfE lhG/o+HhX2PP2OgJEDgpsH/RYftwktHhBGYWcG9i5uqaG4EiAi/vTWyt329P3DcX+zcs7ncxvJNe pCYaITCYwLuYuA91997Ez38UE4MV1XAIlBVw0VHWU2sEJhQQExMW1ZQIlBXYj4nf9yDK9qc1AgTC Cbz8geiWFPcvPx8NV1cDJlBQ4OVFxxYN96+C/WmKAIFwAu5NhCuZARNoLSAmWovrj0A4ATERrmQG TKC1gJhoLa4/AuEExES4khkwgdYCYqK1uP4IhBPIiYnb8xThpmrABAjkCeTExO15irz+nEWAQDiB nJgIN0kDJkDgioCYuKLnXAJLCIiJJcpskgSuCIiJK3rOJbCEgJhYoswmSeCKgJi4oudcAksIiIkl ymySBK4IiIkres4lsISAmFiizCZJ4IqAmLii51wCSwiIiSXKbJIErgjkxIRXv66IO5dAOIGcmPDq V7gyGzCBKwI5MXGlP+cSIBBOQEyEK5kBE2gtICZai+uPQDgBMRGuZAZMoLWAmGgtrj8C4QTERLiS GTCB1gJiorW4/giEExAT4UpmwARaC4iJ1uL6IxBOQEyEK5kBE2gtICZai+uPQDiBnJjw6le4Mhsw gSsCOTHh1a8r4s4lEE4gJybCTdKACRC4IiAmrug5l8ASAmJiiTKbJIErAmLiip5zCSwhUCImPj+/ qT4+ljAzSQKLCZSIicXITJfAagJiYrWKmy+B0wJi4jSZEwisJiAmVqu4+RI4LSAmTpM5gcBqAmJi tYqbL4HTAjkx4dWv08xOIBBZICcmvPoVueLGTuC0QE5MnO7ECQQIRBYQE5GrZ+wEmgiIiSbMOiEQ WUBMRK6esRNoIiAmmjDrhEBkATERuXrGTqCJgJhowqwTApEFXsbE7RkqT1JFLq6xEygjsB8TWzrc nqG6fW3/WqY3rRAgEFBgPya2aAg4F0MmQKCKgHsTVVg1SmAmgdMx4YbFTOU3FwIpAscxcbtPcW/r fsMipXXHECAwgcBBTDxkxAQTNgUCBM4KvIsJGXFW0/EEphR499yEn3dMWXKTInBW4OVzE1tDnrA6 q+l4AlMK/Lk9eWqGfy5J7s9feeDiFKKDCUQQOP5JR4RZGCMBAhUFxERFXE0TmENATMxRR7MgUFFA TFTE1TSBOQTExBx1NAsCFQXEREVcTROYQyAnJvyumjlqbxYEEgVyYsJf/UrEdRiBOQRyYmKOmZsF AQKJAmIiEcphBNYVEBPr1t7MCSQKiIlEKIcRWFdATKxbezMnkCggJhKhHEZgXQExsW7tzZxAooCY SIRyGIF1BcTEurU3cwKJAmIiEcphBNYVEBPr1t7MCSQKZMaEPz6c6OswAhMIZMaE380/Qe1NgUCi QGZMJLbuMAIEJhAQExMU0RQI1BUQE3V9tU5gAgExMUERTYFAXQExUddX6wQmEBATExTRFAjUFRAT dX21TmACATExQRFNgUBdATFR11frBCYQEBMTFNEUCNQVEBN1fbVOYAIBMTFBEU2BQF2BzJjwhmjd smidwEgCmTHhDdGRimgsBOoKZMZE3UFpnQCBkQTExEjVMBYCQwqIiSHLYlAERhIQEyNVw1gIDCkg JoYsi0ERGElATIxUDWMhMKRAoZj4/Pye3cfHkNM0KAIE8gUKxUT+AJxJgMDoAmJi9AoZH4HuAmKi ewkMgMDoAmJi9AoZH4HuAjkxsb335dWv7pUzAALNBHJiYnvvy6tfzSqkIwLdBXJiovugDYAAgZYC YqKltr4IhBQQEyHLZtAEWgqIiZba+iIQUkBMhCybQRNoKSAmWmrri0BIATERsmwGTaClwEFMeIyq ZTH0RWBMgXcxISPGrJlREWgs8DImtozwqGXjYuiOwJgCL2NCRoxZMKMi0F7g3C3M20tfXv1qXyc9 EugocC4mbi99efWrY8F0TaC9wLmYaD8+PRIg0F1ATHQvgQEQGF1ATIxeIeMj0F1ATHQvgQEQGF3g ICb8WHT0AhofgfoCdhP1jfVAILiAmAheQMMnUF9ATNQ31gOB4AJiIngBDZ9AfQExUd9YDwSCC4iJ 4AU0fAL1BXJiwqtf9euiBwIDCeTEhFe/BiqgoRCoL5ATE/VHpQcCBAYSEBMDFcNQCIwpICbGrItR ERhIQEwMVAxDITCmgJgYsy5GRWAgATExUDEMhcCYAmJizLoYFYGBBMTEQMUwFAJjCoiJMetiVAQG EhATAxXDUAiMKSAmxqyLUREYSCAnJrz6NVABDYVAfYGcmPDqV/266IHAQAI5MTHQ8A2FAIH6AmKi vrEeCAQXEBPBC2j4BOoLiIn6xnogEFxATAQvoOETqC8gJuob64FAcAExEbyAhk+gvoCYqG+sBwLB BcrFxOfnN8XHR3ATwydA4I9AuZgAS4DApAJiYtLCmhaBcgI5MeHVr3L+WiIQQCAnJrz6FaCwhkig nEBOTJTrXUsECAQQEBMBimSIBPoKiIm+/nonEEBATAQokiES6CsgJvr6651AAAExEaBIhkigr4CY 6OuvdwIBBMREgCIZIoG+AmKir7/eCQQQEBMBimSIBPoKiIm+/nonEEAgJya8+hWgsIZIoJxATkx4 9aucv5YIBBDIiYkA0zJEAgTKCYiJcpZaIjCpgJiYtLCmRaCcgJgoZ6klApMKiIlJC2taBMoJiIly lloiMKmAmJi0sKZFoJyAmChnqSUCkwqIiUkLa1oEygmIiXKWWiIwqYCYmLSwpkWgnMDH9oJGemvb S1/pBzuSAIFwAruB8DImfifC/pkfT+feQ+Rv9GxNpYdR+sF9j9zK33cA6b0barpV+pF/VI++fW7f XRO/G9c48muopwbwtHXY/wA/YO3a7fzHFzFRKVDTK5p+pKGmW9U48pT/uQGcajrt4HOfvdJtprV3 +qivSa0ZE6ep+p2QvvT7jfF0z1cndfS9+vSACp2QHhOFOrzcTMIdhv09QcoFxZi7ictmGugkMOrH Pp8j4eOX3/gAZwa+6BhAzxD+Cgz7+Z/9Y1x7IUaNiav72Nqu59s/vGd8vskKZ5wMgt8/GEu8h7cz 6FE/5DMtwocfYj5cZISMiduU0n96UuHjUrjJlHvGhbt839zJONht7OHS/edfR/3YnxKebBG+j7x4 j1fNFOH3ddkt8rY42P3n1Cfm1zS28L7/8zWp3//8P9q//vEVTSBeTHT7REUr7c54nxPh7KQePvnP QXC2wZjHT/a96nA6LR6vqrESDidWo9NmbZaZ3ZULh3Lf8+8XvTPl+61AZcrUbFW97uj9jYntvBPP Rz700vfxqmkq9Fy7/Kll5EK5ODhc7fnzOmy67QH3icw3oxvk87ziXXS0XRKtezu98n5fRxwO9vmS 4fAUBywgcLjRy4mJbSk/7FIWkGwxxaSMeLi/8GZcQqFC0W4r//4RWOSDkBMTL//q130Hm7H7rVDR WE0eZMQ9HdJzoff8p/wI3Rb//SNw+H24dxGS+j+sVNF7E/+P2e9xVb7oTfrGm0Q0xEHPdfpafylp W9n5os7vec3xifoNMtMifF+pqDFxcfkOffr7dBg7F4aGNbhcgZyLjty+nPdW4P1lxf1GA0UCzQXE RHPyhw7fpMPDI4y9R6r/ZQXERL/S3wLi+cvGoV9N9LwrICaaL4xX2wfp0LwUOkwUEBOJUCUO290+ SIcStNqoKiAmqvL+a/xNQDTpXycErgiIiSt6Cec+B4TtQwKbQ4YSEBPVyvEqIKp1qGEClQTERAVY AVEBVZMdBXJiwqtf7wr28DNOv6+p4+rWdSGBnJh4+epXoTFFbeZhEyEgohbSuB8FcmKC4qOAgLAm phYQE5fL+3yVcblJDRAYSkBMXCiHTcQFPKcGEhATucX6vYlwGyJX0XkhBMREVpkeMiKrDScRiCIg Jk5W6veFhk3ESTyHBxUQE2cKZxNxRsux0wiIieRSyohkKgdOJiAm0gr6+1cB+22UaWaOmkZATCSU stWvC08YikMIdBAQE2/RH25YdihQ/y7vf8Cm/1CMoJNAzi/g//mV/k9/g/7z3+92/Ij/5+nvc9lK M8F08hfYrabxC5ovsNKZn3uVzomJG9r+3zKZaX8+01wuLPSZ/mjNBYalT3XRsVf++7WGJyOW/nSY /LeAmHhaCjYRPh0E/gqIib8eMsInhMCTgJiwKAgQOBAQE7+AbCX2Vst8f0lcKpwVEBP/xGTE2bXj +GUExMT3T3e/K+5B7GWWvommC4iJrydAZET6inHkggKlY+L+3Xj3b20PCCwjBiyKIQ0mUDomBpve wXBkRKx6GW0ngbVjohO6bgnEEsh5p+PNq1/b5KO8/RVlnLHWk9FGF2jy6teGFGInH2KQ0Vec8c8i sORFh4yYZfmaRxuBJWOiDa1eCMwisF5M2ErMsnbNo5nAYjEhI5qtLB1NJLBYTExUOVMh0ExgpZiw lWi2rHQ0l8AyMSEj5lq4ZtNS4CAmfp6kajkofREgMJLAu5iYJyNsJUZac8YSTuBlTPi16+FqacAE Kgm8jIl5frWZrUSltaPZZQTO3cLcthj3rxhEMiJGnYxyaIFzMbFtMe5fQ0/L4AgQKCfwExPBtgkp BLYSKUqOIXAk8BMTtglHVv4/gUUFzl10REKylYhULWMdWmDemBia3eAIRBLI+SV3t/l9PXz1uTPV EX553AhjiLQKjJXAP4HdX3JnN2GBECBwIHBpN7H/CFb3mwLdB2DVEZhLwG5irnqaDYEKAtPFhK1E hVWiycUFKsREuL8PuPgSMH0CRwIVYuKoy4r/31aiIq6m1xXIiYnbY93rmpk5gcUEcmLi9lj3cFC2 EsOVxIAmEciJiUmmbhoECKQJzBITthJp9XYUgQyBWWIiY+pOIUAgTWCKmLCVSCu2owjkCUwRE3lT dxYBAmkC8WPCViKt0o4ikC0QPyayp+5EAgTSBMREmpOjCCwsEDwmXHEsvHZNvZlA8Jho5qQjAgsL iImFi2/qBNIEMmNiiFe/XHGk1dhRBC4KZMbEiK9+XZRwOgECLwQyY6K/p61E/xoYwSoCYWNilQKZ J4H+AmKifw2MgMDgAjFjwhXH4MvK8OYSuPR3Onb/6tfmU/uPbtVuf64Smw2BEwKT/NUvGXGi5g4l UELg0m7i3Y9F610X1Gu5BKg2CMwnEPPexHx1MCMCAwtEiwlbiYEXk6HNKhAtJmatg3kRGFhATAxc HEMjMIZAqJhwxTHGojGK1QQyY2KIN0RXq5X5EugkkBkT3hDtVC/dEuggkBkTHUbqiqMDui4JfAnE iQn1IkCgk4CY6ASvWwJxBILEhCuOOEvKSOcTCBIT88GbEYE4AmIiTq2MlEAngQgx4Yqj0+LQLYGb QISYUCsCBLoKiImu/DonEEGgWkx8fn5P/37JkMfhiiPPzVkEyglUi4lyQ9QSAQJ9BXJiYnvvy6tf fcumdwItBXJiYnvvq9GrX644Wq4FfRF4IZATEzAJEFhKQEwsVW6TJZAjMHBMuOLIKahzCJQXGDgm yk9WiwQI5AiIiRw15xBYSmDUmHDFsdQyNNmxBUaNibHVjI7AUgIvY+L2DJUnqZZaDSZLYFdgPya2 dLg9Q3X78syl1UNgZYH9mCjzkGX2219uTKy8JM19PIGvXcPhqG6bi4fDvrYYR6d+fnyf9HF05O/G 8846nIUDCBA4FPjc+1SfvoXphsUhtAMITCZwvJvY3UpsCq/++x+gjMuHjFMmq4npEBhM4Gc3sbtN SMqCwaZkOAQIlBX4iYn7zzXuHciIstZaIxBU4N1zEyl3NwtP2xVHYVDNESgg8PK5idvdBzcsCxhr gkBwgeNbmK8mmHRJcnZ3cPb44PqGTyCEwOkfiFaclYyoiKtpAvkCI8VE/iycSYBARYHKMZH9vHbF KWuaAIFzApVj4txgHE2AwIgCw8SEGxMjLg9jIvAlMExMKAcBAqMK5MRE+d9VYysx6vowLgKZu4l2 f/VLiQgQGEAgZzdxbth+2HHOy9EEhhOoHxOHU3bFcUjkAAJdBQaIia7z1zkBAocCYuKQyAEEVhfo HROuOFZfgeYfQKB3TAQgMkQCqws0iQk/7Fh9mZl/bIEmMfGKyBVH7MVj9KsIdI2JVZDNk0BsgX4x YSsRe+UY/UICrWLi4faEjFhojZlqeIGcmCj/6ld4RhMgMLNA5V+Z+0x330ds/yvhz5fObG9uBIII 5OwmCkxtCwgZUcBREwRaCDSPCenQoqz6IFBSoHlMuNYoWT5tEWgh0CMmWsxLHwQIFBMQE8UoNURg VgExMWtlzYtAMQExUYxSQwRmFRATs1bWvAgUExATxSg1RGBWATExa2XNi0AxATFRjFJDBGYVyIkJ r37NuhrMi8CuQE5M+KtfFhOBpQRyYmIpIJMlQEBMWAMECBwIiAlLhAABMWENECBwTcBu4pqfswks ICAmFiiyKRK4JiAmrvk5m8ACAmJigSKbIoFrAmLimp+zCSwgICYWKLIpErgmICau+TmbwAICOTHh 1a8FFoYpEvgRyIkJr35ZQQSWEsiJiaWATJYAATFhDRAgcCAgJiwRAgTEhDVAgMA1AbuJa37OJrCA gJhYoMimSOCagJi45udsAgsIvIyJ2zNUnqRaYA2YIoGsW5hbOtyeobp9bf8KkgCBZQX2dxNbNCwr YuIECDwIuDdhSRAgcCDwdXHx6pD7tcb9mIerD5sO64vACgLvYuI+/9utihU4zJEAgWeBn4sOP9ew PggQ2BVI2ibYTVg9BFYW2L+F6SegK68JcyfwIPByN/E7KdyYsG4IrCyQdNGxMpC5EyDguQlrgACB AwExYYkQICAmrAECBK4J2E1c83M2gQUExMQCRTZFAtcExMQ1P2cTWEBATCxQZFMkcE1ATFzzczaB BQTExAJFNkUC1wT+BxgljQyHpIatAAAAAElFTkSuQmCC ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0032_image011.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCAEnAPgDASIAAhEBAxEB/8QAGwABAAMBAQEBAAAAAAAAAAAA AAQFBgMCBwH/xABNEAABAwICAwwHBAYHCAMAAAAAAQIDBAUGERIVIRMUMTZBU1V1kpOz0hciUWGU pNEHI1SBM1Jxc5GyJDI3QnShwRYlNDVicrHiQ8Lh/8QAGQEBAQEBAQEAAAAAAAAAAAAAAAMEAQIF /8QAOxEAAgACBgYIBAUEAwAAAAAAAAECAxESE1GR0QQxUqHS4RQhQVNhkqLwMnGBsQUiMzRCYnKC skPB4v/dAAQAKP/aAAwDAQACEQMRAD8A+l4OVG4GsSqqIiW2nzVf3bS5RUciKioqLwKhm7E2F/2b 2VtRC6aNbbTZtSJZcvu25LoJ/WROHI80CV9ttMEzJNzhSr0FgfBoboySZGo5E4WbHZo3LZwAGnBT 4WulTeLQtVVaG6JNIz1EyTJrskLg5DEolSik2VFKmOXFrXUAAdJgAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAFLjLiRfurajw3AYy4kX7q2o8NwAGDeJFh6tp/DadcQ7tvGDckZo79pt00lXPR3ZnB 788jlg3iRYerafw2nXEL5G0MCMiV7XVtMj3I5E0E3Zm33+zZ7QCvwFxcX/FTfzKaUzWAuLi/4qb+ ZTSkpP6aNv4h+7mfNgAFTEAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAUuMuJF+6tqPDcBjLiR furajw3AAYN4kWHq2n8Np1xDKkdDA1WPdulbTNza3NG/fMXNfYmzhOWDeJFh6tp/DadcRTxQ2+Bj 3o10tZTNYi/3l3Zi5fwRQCvwFxcX/FTfzKaUzWCvUiu9M3ZFT3OaOJv6rdi5f5mlJyvgRt/EP3Ub vdOPWAAUMQAAAAAAAAAAAAAAB//Q+ygAAAAAAAAAAAAAAAAAAAApcZcSL91bUeG4DGXEi/dW1Hhu ABywtM6nwDYpGQSTu1bTIkceWkq7m32qiJ+anu43GGtszHtRYnb9hjWORU0kc2oYjk2KqLkqcmZx w5FVz/Z1ZYqGoZTzutlMjZXs00b923PZmm3I93C3Mp7FSsnip3zQVcCteyNU0VWdmappKq5ryrnt AOGDf0t+62m/0NMZnBv6W/dbTf6GmJSvgRt0/wDcxfT7IAAqYgAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAClxlxIv3VtR4bgMZcSL91bUeG4ADBvEiw9W0/htOmI4WS2+F70XOKspnNycqbd2Ym3L h4eU54N4kWHq2n8Np2xC1XW2PJ7m6NZTLs5fvmbF9wBW4N/S37rab/Q0xmcG/pb91tN/oaYlK+BG 3T/3MX0+yAAKmIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAApcZcSL91bUeG4DGXEi/dW1HhuA B//R+l4N4kWHq2n8Np2xDp6tj0NHLflNpaXs3ZnB7zjg3iRYerafw2nTEb5G2+FGRabXVlMj3aSJ oJuzNvv25fxAK/Bv6W/dbTf6GmM1hr1MSYkhZ6saVMb0YnAjnN9Zf2qaUnK+DH7m3T/3Dd6heMKY ABQxAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAFLjLiRfurajw3AYy4kX7q2o8NwAOWGHzR/Z5 Zn07WOmbaoFYkiqjc9ybw5chyuFzfUWC2Olp5XSVbqSR0kca7mxVkjVc1z2ErBzUdgaxNVM0W2U6 L3TRfN7UNmpaRmUbN80sULNq8ErMk/ggBEw7xqxL+/h/kU0pmsO8asS/v4f5FNKTlfD9X9zbp363 +MP+qAAKGIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAApcZcSL91bUeG4DGXEi/dW1HhuAAwbx IsPVtP4bTtiF7W2xiOciK6rpkairwruzNiHHBvEiw9W0/htOuIo2Ptsbnsa5WVdM5qqmatXdmJmn sAK/DvGrEv7+H+RTSmasH3eLsRxv9V73wyNavCrdFUz/AGGlJyvh+r+5t079Zf2w/wCqAAKGIAAA AAAAAAAAAAAA/9L7KAAAAAAAAAAAAAAAAAAAAClxlxIv3VtR4bgMZcSL91bUeG4ADBvEiw9W0/ht OmI4Y5bdC96KroqymczaqZLuzE/PhOeDeJFh6tp/DadMRxLJboXbo9m51lM7Jq7H/fMTJfdtAIFB /aJdv8HCaUzVB/aJdv8ABwmlJS9T+b+5t0344P7Yf9UAAVMQAAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAABS4y4kX7q2o8NwGMuJF+6tqPDcACFYq2Wi+z3DzoGMdLLR0cLNPPRRXMYma5ciZnm5zXK 42ZsraqKmWGujgla2HTRzm1DW6SZqmSZpnkd8NUUVf8AZ/YYZVe1Et9K9rmLk5rkjaqKi+1FOl2o 1t9mhgpcnMWugdM+V6q92c7VV3BtVV/YgBT0VJdlx5dGNu0SSpSRZvWkRUVP2aRoG0N90E071BpZ bdGh2Z+71yBD/RvtHqmO9Zau3skbl/dRrstppScvU/mzZpi/NA/6YfsVKUN+0naV7gyz9XKh25e/ 1zisV8W4NpmXukciRK+RN6pptXNEb6unwL6+3/pLwrYqF0WI6itbC1sc1Kxjnplm56Odw8vAqFDG cZaLECI3cbzTKukmlp0f93Pblk7hy4D06hvuiujeoNLLZnRJln2y2ABUpQ3zJNK9QZ8uVEmX84bQ 37N2le4Ms/VyoeT3+v7cy2ABT7yxDu6Jrmm3HR2rvP1tLP8A7sssiLXy3ainpoXYgoWPnkRqtlpm tXR9rU09q55J+ZojLYvv1BQo2hqkzhqG6NS+JzHSI3NPVRuki7c+HLYmfKcbSVLPcEuOZFVgTb8C zfQ33QdoXqDSy9XSodmfv9c/d5XvpqH4JPMV64qr63/k2HqypROGSpVIG/kq8PJ/EbhjKu2yVdvt jHbFbExZXoi8ua7M0/geLRPUqTV0KOH9SJQ/N9eCpe4ntob9t073Trt2aNDls9/rnN9NfYpVWW+U jINFNFzqREcrtuaf1ssssv8AMif7J1tRtuGJ7lPyK2FUha5vsVE/Paeo8B2FHZzQT1KZbGzTvcie /hOVo3qh3iy0aH4ptPyhzaPFTX1NNOyJ+LbXGuf3jZYWo5G5Llkmnw55cPJmVtwxbFSQy7ni+3um bmjGupF0HO9mkjjQw4Tw9BGjGWekVE/XiR6/xXNT1X0EEFE2Kktiq3+qm9GxtfGntbpZJ7jqtPA4 +iJdVZ4LMzbsYRo77rEKzt/XitbnNX89I8txbVyerBX1VXLmuUcFnXPL83mus1I+hs1HSyRxxyRQ ta9saeqiom3ImiiZfu5nbTRV/wAb83/kwbcTYg3Z6Oo7ruWimgqWhNJV255+vllwZfmfq3/FU72N oKCuflmsiVNvbDknJkqvyVc+Q3YFWPa3C20fslb2YV91x1o/d2t2l/1Rx5fzHrWuN+i5O7j8xuCL c4qua2zxUEjIql7NGN71XJqry7NvAKkW092RzpEnuVjFxGLpbj9olfAk9NBb2s0nN+8Rq55KqbMn /s/PM6pJ9p2a5xWnLk9X/wBzR4Yt89rsUNFPBFA6J8iNjidpNRqvcrdv7FQthUe092Q6TB3UPq4j DLJ9p2kmUVpy5fV2/wA4WT7TeSO0/mz/ANzcgVHtPdkOkwd1D6uIw+6faZzdq7P/ALkmCH7RZImu kq7JE9eFiwvVU/gqoa85VMbpaWWNjnNc9jmorHaLkVU5F5FCge0zkWkQvVLhWOZkay4Vtf8AZ5iR K+rt9XNFQ1CJLQPVWOasKqmaLwLnmn5A/bjTVdJgPEUErallLHapWwMqnsdIipE9HbWbNHLRy/MF DK3S6T//0/peDeJFh6tp/DadMRve23QoyJXo6spkc5FRNBN2ZtXPh9mz2nPBvEiw9W0/htPeJZ0h tkSLHI/Tq6dE0GK7L75i7cuDgAIMv9pkHVTvENKZSWpb6SIZNymy1W5MtzXP9J7DRb9ZzNR3LiEE yHr6+006ZMgSldf8V/2SQRt+s5mo7lw36zmajuXFLSC8xWsF5JBG36zmajuXDfrOZqO5cLSC8WsF 5JKu7YgobQ5kMiumq5dkVLCmlI9eTZyftUg3G/VFZM622WOXd89GerWFXMpk5dnK/wB3v2ki00FF aWueyCpmqpds9VJE5ZJXe1V5E9yE3NTdELNiUmUlFPevVD2vxb7FvfhrImr8QX31rlVappF2pS0j s5VT/qk5PyLG24ctNpydS0Ue68KzSJpyKu3arl28qkvfrOZqO5cN+s5mo7lwVmnS3SzzH+IOKGpD EoYbl1Ln9aSSCNv1nM1HcuG/WczUdy4paQXmW1gvJII2/WczUdy48T3OKnp5J5IajQiYr3ZQu4ET MWkF4tYLyYCDS3WOqpY6htLVxtkajka+FUciLwZnXfrOZqO5cLSG8WsF5JBG36zmajuXDfrOZqO5 cLSC8WsF5JBG36zmajuXDfrOZqO5cLSC8WsF5JBG36zmajuXDfrOZqO5cLSC8WsF5JBG36zmajuX DfrOZqO5cLSC8WsF5JBG36zmajuXDfrOZqO5cLSC8WsF5JBG36zmajuXDfrOZqO5cLSC8WsF5XYy 4kX7q2o8NwPOLpElwLfXI1zf921Oxzcl/RuB6Tp6z2nSqUesG8SLD1bT+G094mqYae2RJNK2PdKu na3SXhXdmLl/BFOGFqhlJ9n9lqJUcrI7XTuVGNVyr903gROFTpdayGrsNNURqrW1E1LIxr9jsllj VNh06V1XWU0P2h0FQszHR1FDJAiov9VzXaWa+7I0esKT8RH2iiu/H3D/AO7qf5DSkIFHTF19t3gv E06Wo3BJdK+G7+qJX3EfWFJ+Ij7Q1hSfiI+0SAUojvWHMxUTL1hzI+sKT8RH2imvN93WoZZ7ZURt qJ2qstQq5tpme3/uXkQsb5dmWW1S1jmLI9uTY4k4ZHrsRqfmccPWqS2UTpKp+619W7daqX9Z68n7 ETYTirt1U93M2SYIpcDnR0PshVGt369S3uhXnu2Ntdpt8VFSzsSONOFXZq5eVVX2qpL1hSfiI+0S Ae1DGlQmsOZlic2OJxRRJt+HMj6wpPxEfaGsKT8RH2iQDtEd6w5nmiZesOZH1hSfiI+0NYUn4iPt EgCiO9YcxRMvWHMj6wpPxEfaOc1VQVEEkEs8bo5GqxyaWWaKmSkwCiO9YcxRMvWHMiRVdDDEyKOe NGMajWppcCIe9YUn4iPtEgCiO9YcxRMvWHMj6wpPxEfaGsKT8RH2iQBRHesOYomXrDmR9YUn4iPt DWFJ+Ij7RIAojvWHMUTL1hzI+sKT8RH2hrCk/ER9okAUR3rDmKJl6w5kfWFJ+Ij7Q1hSfiI+0SAK I71hzFEy9YcyPrCk/ER9oawpPxEfaJAFEd6w5iiZesOZH1hSfiI+0NYUn4iPtEgCiO9YcxRMvWHM o8XSslwLfXxuRzVttTtT924HrGXEi/dW1HhuB7Xie1TR1nHCNK2TB1im3SVHLaYI9HdF0Nsbdujw Z+/hPN2tkVJh6ibuENRU0T6SOKVzER2aSxpsVc9HMkYN4kWHq2n8Np0xHCyS3QvdpZx1lM5uTlTb uzE2onDw8Cg6ykutRX/7a2KR9Axj0ZOjG7umTs2+3LYaHfV06Lj+JTylVin/AJ1hz/Hf/U0plhlx VolXe675FtKlRuTJdd/C1/Hai8PEr99XTouP4lPKN9XTouP4lPKWBV4jurrPZJ6mNNKd2UcLfa92 xv1/I9uCKFUuN7sjLL0WbMjUEMx0vq/jwlE2or79ijfCULH01nVWbnu6aKzrwrnlt0U5ORTQ76un RkfxKeU/LDam2azwUeelKiaUz/15F2uX+JYnmGVHRS43S/lkX0tOONQwTHVhVC+Hs7dXa6X9Sv31 dOi4/iU8o31dOi4/iU8pYA92cW292RksY+8fp4Sv31dOi4/iU8o31dOi4/iU8pYAWcW292QsY+8f p4Sv31dOi4/iU8o31dOi4/iU8pYAWcW292QsY+8fp4Sv31dOi4/iU8o31dOi4/iU8pYAWcW292Qs Y+8fp4T/1Pqu+rp0XH8SnlG+rp0XH8SnlLAEbOLbe7Iz2MfeP08JX76unRcfxKeUb6unRcfxKeUs ALOLbe7IWMfeP08JX76unRcfxKeUb6unRcfxKeUsALOLbe7IWMfeP08JX76unRcfxKeUb6unRcfx KeUsALOLbe7IWMfeP08JX76unRcfxKeUb6unRcfxKeUsALOLbe7IWMfeP08JX76unRcfxKeUb6un RcfxKeUsALOLbe7IWMfeP08JX76unRcfxKeUb6unRcfxKeUsALOLbe7IWMfeP08JQ4rfNJgK+unh SJ+ranNiP0svu3coOmMuJF+6tqPDcCqVCoLpUKhukYN4kWHq2n8Np0xMqMtDZHSOY2OqpnO0UzzR JmbF2f8Ag54N4kWHq2n8Np2xFp6sj0NH/jKbSz9m7M4PedOvwKLEt1o5btYZWyu0Iq3N7ljciImX vQ0OvLdzz+5f9Cqxx/wNs6zg/wDKmlMsKm1n+ZYPMtPhnPRpLrL+S1O+na8Sv15buef3L/oZ653W ju2KqCm3Ry0lu/pUqpG79L/cRdmfvNe97Y2Oe9yNa1FVVVckRDO4MY6qpay9ytVJLnUOkbpJtSNv qsT/ACXlESmtqFxLB9n1GiwzpcEyc4l1KhdT1xf5XU/WgtNe27nn9y/6DXlu55/cv+hYApVnbSwe Zhqz9peV8RX68t3PP7l/0GvLdzz+5f8AQsAKs7aWDzFWftLyviK/Xlu55/cv+g15buef3L/oWAFW dtLB5irP2l5XxFfry3c8/uX/AEGvLdzz+5f9CwAqztpYPMVZ+0vK+Ir9eW7nn9y/6DXlu55/cv8A oWAFWdtLB5irP2l5XxFfry3c8/uX/Qa8t3PP7l/0LACrO2lg8xVn7S8r4iv15buef3L/AKDXlu55 /cv+hYAVZ20sHmKs/aXlfEV+vLdzz+5f9Bry3c8/uX/QsAKs7aWDzFWftLyviK/Xlu55/cv+g15b uef3L/oWAFWdtLB5irP2l5XxFfry3c8/uX/Qa8t3PP7l/wBCwAqztpYPMVZ+0vK+Ir9eW7nn9y/6 DXlu55/cv+hYAVZ20sHmKs/aXlfEV+vLdzz+5f8AQa8t3PP7l/0LACrO2lg8xVn7S8r4ihxVURVW Ar7LC5XMW21OSq1U/wDjdyKDpjLiRfurajw3AqqaOsuqaOvWMG8SLD1bT+G06YjfI23QoyJXtdWU yPdpImgm7M2+/wBn5kHDFRlgixUtPV08VWtqp3okvrKjNzbm7RzRVQ8XC6TyYfgfUU8sz5K2JGPg iXRe1s7NF+1fVRyZKma8p3UdboPWPvu8OJWJtdR1UMzWrwOVHImS+7aaRFzRFMpjSpkrcKVsW8au LRRr1e9jck0XIvIvuLimvTp6WKZtrrcpGNcmTWrwpn+sZVOgrt/LsfiWmaRLehy4qdUUS1O6F5kX GVXJBh99NTr/AEiue2miTPlcuS/5ZlvQ0kdBQwUkSZMgjRjdnsQytdXuuWM6CNKGqdHbY3Tyxq1u ek5MmbM+Th4TQ60k6Lruw3zCGdBWbf2Y0jSJcqRLl06/zPqfb1LcqfqWAK/WknRdd2G+Ya0k6Lru w3zFLeX7TMPSZV+55FgCv1pJ0XXdhvmGtJOi67sN8wt5ftMdJlX7nkWAK/WknRdd2G+Ya0k6Lruw 3zC3l+0x0mVfueRYAr9aSdF13Yb5hrSTouu7DfMLeX7THSZV+55FgCv1pJ0XXdhvmGtJOi67sN8w t5ftMdJlX7nkWAK/WknRdd2G+Ya0k6Lruw3zC3l+0x0mVfueRYAr9aSdF13Yb5hrSTouu7DfMLeX 7THSZV+55FgCv1pJ0XXdhvmGtJOi67sN8wt5ftMdJlX7nkWAK/WknRdd2G+Ya0k6Lruw3zC3l+0x 0mVfueRYAr9aSdF13Yb5hrSTouu7DfMLeX7THSZV+55FgCv1pJ0XXdhvmGtJOi67sN8wt5ftMdJl X7nkWAK/WknRdd2G+Ya0k6Lruw3zC3l+0x0mVfueRFxlxIv3VtR4bgc8VzLPgK+yLDJEq22p9SRE RU+7d7AVTTVKLppqlH//1foeG6GC5fZ5ZaWpR6xSWymRyMe5iqm5tXLNqop3vaQUFnp6bdX+vWU7 Y91kc9zl3Zi5ZrmvtP3BvEiw9W0/htO2IXNbbGIrkRXVdMiIq8P3zAD9xLT76w1cYdLR0qd655Z8 CZ/6DD1UlRhqgqXIkbVpmKua8CIn/wCFk5NJqt9qZbTAUFdJRYEmssCq6475loYmJ/Wc5XZq5E4U RGuz92RGOKrHT4H0tHlOfIctdkSwaab+lCLzCDXVb7nenoqpX1S7g5dmcLdjdnJymkIttoo7bbKa ijT1YI2sT35JtUlHuCGrCkzLpU1TZ0US1dnyXUtwAB7M4AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA ABS4y4kX7q2o8NwGMuJF+6tqPDcABg3iRYerafw2nXEUUcltjc+NrnR1dM5iqmatXdmJmns4Tlg3 iRYerafw2nTEcMctuhe9FVYqymc3Jypt3ZicnDw8oBbEJLRQNui3JKZm+lbo6eXBw7U9irntUmg4 0nrPUMcUNNV0UgAHTyAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAUuMuJF+6tqPDcBjLiRfura jw3AAYN4j2Hq2n8Np0xHGsluhckr2IyspnKjVTJ/3zEyX3bf8irsa6WAbLHU0rZaPVVMrn5OkVHa Dcs40T1m8q7fyOtttdXV2mGHfKU9M2qWXc1plasjWy6bdFFX7tq5J6uS5IAaUAAAAAAAAAAAAAAA AAAAAH//1vsoAAAAAAAAAAAAAAAAAAAAKXGXEi/dW1HhuAxlxIv3VtR4bgAZPDP2o4Mt+FrTRVV5 3OopqGGKVm9Zl0XNYiKmaMyXanIWfpdwJ078pP5AAB6XcCdO/KT+Qel3AnTvyk/kAAHpdwJ078pP 5B6XcCdO/KT+QAAel3AnTvyk/kHpdwJ078pP5AAB6XcCdO/KT+Qel3AnTvyk/kAAHpdwJ078pP5B 6XcCdO/KT+QAAel3AnTvyk/kHpdwJ078pP5AAB6XcCdO/KT+Qel3AnTvyk/kAAHpdwJ078pP5B6X cCdO/KT+QAAel3AnTvyk/kHpdwJ078pP5AAB6XcCdO/KT+Qel3AnTvyk/kAAHpdwJ078pP5B6XcC dO/KT+QAAel3AnTvyk/kHpdwJ078pP5AAB6XcCdO/KT+Qel3AnTvyk/kAAHpdwJ078pP5B6XcCdO /KT+QAArMTfajgy4YWu1FS3ndKipoZoomb1mTSc5ioiZqzJNq8oAAP/Z ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0078.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Ionic Bonds
= Some atoms are happy with extra electrons...
Cl
e-<= /span>
= Take chlorine. 
= It’s last p shell is short one electron...
= An electron a long ways away sees a neutral atom – no force...
= As the electron gets closer, it deflects the atom’s electron cloud...
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0078_image012.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhKgAvAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAAAp AC0AgQAAADPMzP///wECAwKWhI8Jwt0KY2yhWsukVux6n22a8JWgIHKkyWLpsbZygKbxLNcjztPb 3WvpOMHeEFY0QoBJYYLZZB2hUZOOWi1ds8oFl4fCfkHe8SxsxnXSOTGb5mav39Z4ek7/4POXPd9X 9ldRY/dFKOgS+DdUWMUoeKT4FtlYFGlQCbYj93NnM3Y5wRUq4adG2mmEamPat/oC4yD7elAAADs= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0078_image013.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhFAAUAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAAAT ABMAgQAAADOZZv///wECAwI1hC+pco0SogzMGThzcjjr1nnfJZZMWE5nKq7sh75UzLpyZN8V3YI6 yJNUOKahZTEzWjhLQwEAOw== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0078_image014.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhTQBRAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAEAAQBL AFAAgAAAADOZZgL/hI+pawEOn3Ss2otZ3LPHDIbaQUkNiZ7iGnKuB3/sjLx2jJe0ePc5vMuUhimT kag6Bi++5u+2TDinT2C0Ss12okhlsgsudoPaMtbIMqvP6fPazBPLv3OvfSx069/oPP+PAwI4GJhH d3hXF4aos0D4WKgAOblVQXlpqajJuJmYJLkXSlkjWkoIiokJysnq6bpod5Jq+kM6q0p7y9YJ28v7 K5srrEs8bFws49uq/PqLfAz9LB1d27wMbJ04vU3N7V3NHI4tHvxt3o1+DpVNzj6eDq9uXB6PTnqN 754vD4fCr2erHqRV+gq2axTwnw9UAuc5aghoxL53Ez89VBjpIsRSRBgwchBE0SA2Cx4rddyoJQ5G GgdDwmojjwzKjCxnfrxSUaRFLjZxSpnp82exoBJ1xiJK0h5SJtCWrojodEa7qD7XIS0AADs= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0079.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Ionic Bonds
Now the center of the positive charge distribution is closer
than the center of the negative distributions, and the electron
is attracted...
Cl
e-<= /span>
= The electron joins and closes the p shell.
= The net result, system looses 3.62 eV (radiation, collisions...)
= The electron affinity for Cl is 3.62 eV
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0079_image015.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhKgAvAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAAAp AC0AgQAAADPMzP///wECAwKWhI8Jwt0KY2yhWsukVux6n22a8JWgIHKkyWLpsbZygKbxLNcjztPb 3WvpOMHeEFY0QoBJYYLZZB2hUZOOWi1ds8oFl4fCfkHe8SxsxnXSOTGb5mav39Z4ek7/4POXPd9X 9ldRY/dFKOgS+DdUWMUoeKT4FtlYFGlQCbYj93NnM3Y5wRUq4adG2mmEamPat/oC4yD7elAAADs= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0079_image016.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhFAAUAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAAAT ABMAgQAAADOZZv///wECAwI3hC+pco0SogzMGThzcjjr1nnfJZZMWE5nKq6sl7ww+rpyVNFpfuPI XbnoVBbAkFIUxhZJS9BSAAA7 ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0079_image017.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhTABRAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAQBM AFAAgAAAADOZZgL/hI+piwEOn3Ss2otX3LPHDIYVJRnkeaDiKnKuB3PsrLx2jNPzzeOvzlKVhsJi CgjqKX05pIa5jHacCakVOkQaTUeul9gFf7XYqzkbLKvPMhp7DSftwluxvS5cvffqEP+PlQE42CRI d/iFh3gXdkH4COMYN0k4QnnJZ5m4qLjpyTjGADkaWYN5mtmAunr29NkJGgsrx0VqO1XLqitVteu7 1PvKOSxcbPeLDJx7y7yc/PyhajxLLLsIje3SvF3CvU09XQ1+7J1d3pydDjHOLu5+dJ4cf6ueHmwd no+fNY8MX08KILZ77fQVRCMwoLN+b3oxPOVq38GJph42rJgQoqiMUak0SXz3MdQTi3AkkVRmkmNJ DBQNgjR0shBLlSiT0GSio2XIY2li0poTk0pQKiB1/nTykKhDgUo3cmvq0WgjqCP9UbVZ6aqfVVqF Vuva9EbXAgA7 ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0079_image018.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhTQBRAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAEAAQBL AFAAgAAAAMz/zAL/hI+pawEOn3Ss2otZ3LPHDIbaQUkNiZ7iGnKuB3/sjLx2jJe0ePc5vMuUhimT kag6Bi++5u+2TDinT2C0Ss12okhlsgsudoPaMtbIMqvP6fPazBPLv3OvfSx069/oPP+PAwI4GJhH d3hXF4aos0D4WKgAOblVQXlpqajJuJmYJLkXSlkjWkoIiokJysnq6bpod5Jq+kM6q0p7y9YJ28v7 K5srrEs8bFws49uq/PqLfAz9LB1d27wMbJ04vU3N7V3NHI4tHvxt3o1+DpVNzj6eDq9uXB6PTnqN 754vD4fCr2erHqRV+gq2axTwnw9UAuc5aghoxL53Ez89VBjpIsRSRBgwchBE0SA2Cx4rddyoJQ5G GgdDwmojjwzKjCxnfrxSUaRFLjZxSpnp82exoBJ1xiJK0h5SJtCWrojodEa7qD7XIS0AADs= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0080.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Ionic Bonds
Now consider potassium...
K
= Its outer s shell has a single lonely electron.
L= et’s do it a favor, and take it away and give it to the Cl
where it will have friends...
e-<= /span>
It takes 4.34 eV to pull the electron away (it is lonely, but
not unloved)
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0080_image019.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhQQBFAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAAA/ AEMAgQAAAP9mAP///wECAwL2hI+pKe3flpy0Hhey3tnZD14NR5ZeiDJCybZRGo7tzL4wtdJ6fUvy DuQIeoygkTQkAnLHZicJYzqn0Nj0qqlapFintsLtNr8+sZhcNJ9xajPaEG57y/L1Il4fK/D545ff Z1QFGBg0WOh2gWi3tNiVROioAyn52Fh5NRSJ6XLJqbf5iRQqKkRamnWKGvCzutPqSgMb26laqkk7 6ZnLYyuKy1sbzAM3jKRovAHlW6nF7Oic3LGXTPZciHad96Zd97br+g2OKl4cbrVajtBNFfXbw26o FK+rNL5tLxJok2/ext9PX6KAEzB4AUjQx6waCBNugQCxYYoCADs= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0080_image020.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhTABRAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAABM AFAAgAAAADOZZgL/hI+pyxYNo5zzWXAz3bye53xi2JWchmJqCppuwq5yrL0uPee43bX+qCIFhz+e BIfUKVtG2PKZjDURUag1NQUWidqucNusiq8y3vhMZpbQbPJrC/dyv3L1po13U/L85z0N2GcHEUdn OIdYiBghGOjI6Ng41iAZCehxqKhZxwlZ+VmmADoaKkJKurCZ2ZnIChZyaplkKlub5xSLSuXKu+rb SptrqxQ8LFxzbEy8+6sK/OysnMwyLZ1jXZ3hvN0LLYcNHpUdDkt+zN3cjT5k3o4yDuouf6Fen35f Dj9crN82L+8E37qB3/L9a8Tv4L5d/WoF9CbQ3rOEDWeJUojwYsVLUIQkEsRHCaPDjhsthizp54jH lb88iazyB2WNEy+tvGEJceKamlJu8LxmA2WWjzlfhfmZxWCypBTJMWVANNpTjU6nnrRmNebCrDQj cjWjJ0sBADs= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0080_image021.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhFAAUAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAAAS ABIAgQAAADOZZv///wECAwIyhC2peY0BIxQOJIkDbSLnbXke1YljaWJXqqLs5L7rC9PRTJM2GI9c L2E4gJrKYbFwFAAAOw== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0124.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Thought Question
•Which of the following has to be = true for an ionic bond to form?
–A: Eea > Eion
–B: Eea < Eion 
–C: The two atoms have to be unafraid of commitment.
–D: One of the atoms has to have a steady job.&= #13;
–E: None of the above
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0081.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Energy Conservation
= Energy released =3D Cl electron affinity – K ionization energy
= Energy released =3D 3.62 – 4.34 =3D -0.72 eV
= What does negative energy released mean?
W= e’re ok in the end, though, because we are left with
two oppositely charged ions, which attract...
K+<= /span>
Cl-<= /span>
= Eio= n =3D= +0.72 eV =3D Energy required to make ions
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0081_image022.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhQQBFAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAAA/ AEQAgQAAAP9mAP///wECAwL2hI+pK+0Lo5zMiYCzbbR75GTiOD7fqTTkymIceqrtvL7wdNF6fUfy DhTZeoZc8CgkFpHMZM/YbApu0KgUVbVePVntltL1IqdgsZnsM6vRKfU67T4z4u82XQ661w9hPZPd 53eEFigYRGiIV5i4Q7bISDP1CDkjSen1cyk1qVnD2VnyCaohOhqQadpYOoqaGrkK2uraIjvradsI AHvpiFu55MvSG0wCSFySd6yRrMwGfOz87BstjUtd7XqNnaq9HVs2281sKj7eWZ6wq4Vux0ukPqak C8mOA19Z33HPI1/hNtQvBTyAASGEGESwoL2DoUwoVLIhIZECADs= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0081_image023.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhKgAvAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAAAAAAp AC0AgQAAADPMzP///wECAwKXhI8pu8GbopyAhYuzg7QfoYWh4FGNiGJc+aVuRrLVS1+xB9b1PeX6 bvoJeQifkEY0GI/IyJLpIj6h0SL1d5teUzHtVtT96khesYZsHpfTqjV7836d4qg5feRm2++wfHrP 56AUCDNIaGN4mKVoRSgVmOQHlTRDR5n41yEJhPN3qbAJJtNC9anJtDL6IWk6alGXqmry8KBaAAA7 ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0082.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Cl- K+ potential
= At long distances, the ions feel Coulomb potential.
At close distances, electrons from one ion try to steal the space = of electrons from the other... but they can’= ;t due to the exclusion princip= le.  The exclusion principle repulsion= term can be written (to low= est order approximation) as
=
A and n are constants which depend on the molecule and, to = no one’s surprise, will not be calculated i= n this course.
= The total potential looks like...
= Eion = is a constant... the difference between the <= /span>
electron affinity of Cl and the ionization energy of K
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0082_image024.wmz Content-Transfer-Encoding: base64 Content-Type: image/x-wmz H4sIAAAAAAACC7t+9tgsBjBoYH3AzMgJYhVEMDIAGczKjECCQQYsywrEnEwwFhMjI5TFyPT//38w S49RAirGDVfHw/SAuYFVCMhSY+NnkGL4D1LMIADkHwCydgCxA1DZDGagHqgaHgbfxJKMkMqCVKAa Bg6g6C8miA4QYAFiXUaI2SJMDEzrmEEsYSDLiBXkzt9MCv8hKieAXcjCxCAQkpmbWqzgl1quEJSf m5jH4BP8tTwUiBnB6gygZjKC7TLiesDUygKSyauE8A8wGTGCvJNaATG/4R955jOB6Q9we3qYTzCD VBRVQPh5jMJgex2h/AQmNwYQ3xXDXlDwA6FAcGVuUn4OQ7kDUGA7O9crXP6C2MvEADO3hgmkwraC CxriXOBYgeiC2CXAwA7m7QHHIyMTk1JwZXFJai6IxwWNBZAjGBhw+ZEZLA4AuEt2KlwCAAA= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0082_image025.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhMgAjAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAEAAAAx ACMAgwAAAAAAAAsKCgsJCgwKCwoICQkHCAcGBwgHB//MAAECAwECAwECAwECAwECAwECAwSLMMlJ q7046827/2AoisFoYkF5rlKpsqcLx+1sqq/9pbwevjkLb2jLBYWUIyk16WVwCaUPVZvunFYOtDPE 0qJZj1HbNZbLyKY0HEWzRYKBgCAfvC+DQsFuELD2dh8HAwQSBoUnBAgCBSAGe3QDCCt7BX53am0J BgkHiJg1a6BMoE+lGqKjp6arra6gEQA7 ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0082_image026.wmz Content-Transfer-Encoding: base64 Content-Type: image/x-wmz H4sIAAAAAAACC7t+9tgsBjBo4FNgYeAEsTaGMIIYzMcYgQSDDFiWFYg5mWAsJkZGKIuR6f///2CW HqMEVIwbro6HSYGlgU8IyFJj42eQYvgPUswgAOQfALJWArEDHwPDSWagHqgaHgbfxJKMkMqCVKAa Bg6g6C8miA4QYAFiXUaI2SJMDkyrWEEsYSDrEjtMzIETJnaEC+T230wK/yG6J4BdzcLEIBCSmZta rOCXWq4QlJ+bmMfgE/y1PBSIGcHqDKD2gEOBwYiLgVmRF+hEhsz8vFQOsIgCszgXSG1ePsSGhn/k 2cAEpj8AdUHMXcBkwQNS4ZoP4Z9hjuIE8Yug/HWMS8F8R7h8Lhuq/BFWUOBnp8LMewV2URGcL8YA 4oemorsbFKlAKBBcmZuUn8NQ7gAUiOXgUsMVMhB3M8HdLcQNUqENt0eBA5U/hwXE14XzC5hBfNtU 9BhioCj8mBg12UEqjLD5j6SYR/ffDCaQCk24+xPA4aqRygVNt1zgtA0xBWK3AAM7mLcHnBsYmZiU giuLS1JzQTwuaFoGBToDAy4/MYPFAVMrbf2iAwAA ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0082_image027.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhggAmAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAEAAACB ACUAgwAAAAAAAAoICQsJCgMDAwkICAYFBQwKCwsKCgkHCAcGBwgHBwcGBv/MAAECAwECAwT/sMlJ q7046827/2AojmRpnmiqrmwLCoHgznQtDEGt7yrB/8BJIKcZyFDEoBKTxBQKyOZy2pBaDAHDKWel BrlDYVjF9XrLQkl3RFybd8Nkmxx3v2vo6jglvyvneXYeTYJ+LH1qeyRxYoV0bYpWjoaPjB+EFGuT lEhpg5mgGZtwZExqVZehqGKrp36jGpquqZ6tiZiZdbAlu6YXdSG4tsPEorqNusnJt8DMypZ6x6C7 iLPW18s/vb+meR3Vtl3bLeMV4qECB9+K4dyvpebSDTIIAwjzAwO0vpwdN/onEhhpoODAAgRHPrnr x8EgwhP5GDQ4UOCGgHsgJDH0YBFjiYMCL6EkIKhu44+RBU1q8yYiTDmVJqAtYgcTyMtrNb/wyTnl ZjGepDoBHUq0qNGjlCIAADs= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0083.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Cl- K+ potential
Dissociation
Energy
Equilibrium
Separation
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0083_image028.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAYQAAAEgCAIAAAA7UpN8AAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO wwAADsQBiC4+owAAED5JREFUeF7t3dGW26gSQNHk/v8/91WijNptS5bASCqK3SsPMysIqk7hE8DY /fvr6+uXHwQQQOBuAv+7OwDjI4AAAn8IkJF5gAACIQiQUYgyCAIBBMjIHEAAgRAEyChEGQSBAAJk ZA4ggEAIAmR0rAy/f/+a//hBAIFzCNTL6LdX5jkl0SsCYxKol9GYvGSNAAInESCjk8DqFgEEygiQ URkvrRFA4CQClTJyYHRSPXSLwLAEKmXk47XDzhiJI3ASgUoZnRSNbhFAYFgCZDRs6SWOQCwCZBSr HqJBYFgCZDRs6SWOQCwCZBSrHqJBYFgCZDRs6SWOQCwCZHSsHss3hftE3jFgWiFQSqBGRtONR5ce S0FrjwAC7wnUyGi68ejSo4mFAAJtCdTIqG0EekMAAQQmAmRkGiCAQAgCZBSiDIJAAAEyMgcQQCAE gX0ZeeMsRKEEgUB2AjsyYqLsE0B+CEQhsL8yihKpOBBAIDWBdzKalkXuE6WuvuQQCESgbGU03712 AztQAYWCQBYCmzJaXRbNd6/dwM5SfXkgEIhA2cooUOBCQQCBXATWZTS/ibZsx7ynlqvoskEgIoF1 GT1txxxjRyydmBDIRcA2LVc9ZYNAtwT2ZWRZ1G1xBY5ATwT2ZdRTNmJFAIFuCZBRt6UTOAK5CJBR rnrKBoFuCdTIyA3sbsstcATiEqiRkRvYcespMgS6JVAjo26TFTgCCMQlQEZxayMyBIYiQEZDlVuy CMQlQEZxayMyBIYiQEZDlVuyCMQlQEZxayMyBIYiQEZDlVuyCMQlQEZxayMyBIYiUCMjN7CHmiKS ReAaAjUycgP7mtoYBYGhCNTIaChAkkUAgWsIkNFhzl9f/5r+/YJwPwgg0JYAGbXlqTcEEKgkQEaV 4DyGAAJtCZBRW556QwCBSgJkVAnOYwgg0JYAGbXlqTcEEKgkUCMjlx4rYXsMAQS2CdTIyKVHMwoB BJoTqJFR8yB0iAACCJCROYAAAiEIkFGIMggCAQTIyBxAAIEQBMgoRBkEgQACZGQOIIBACAJkFKIM gkAAATIyBxBAIASBGhm5gR2idIJAIBeBGhm5gZ1rDsgGgRAEamQUInBBIIBALgJklKueskGgWwJk 1G3pBI5ALgJklKueskGgWwKbMprfMvPGWbeVFTgCnRFYl9HkoPkts/ln+t/O0hIuAgj0RmBdRpOA ektEvAgg0DcBZ0Z910/0CKQhUCYjB0lpCi8RBKIR2JfRfH40x/14kBQtE/EggEDXBHZk9GiirvMU PAIIBCfwTkZMFLx4wkMgE4F394y8p5ap0nJBIDiBzXtGU9yOq4MXT3gIZCLwfThdmtWIm7jl8qd7 WKXTRXsE9gjsv5u214O/RwABBBoQIKMSiMuCyOdjSrBpi8ARAmR0hJI2CCBwOoEaGfko/+llMQAC 4xGokZHvwB5vnsgYgdMJ1Mjo9KAMgAAC4xEgo/FqLmMEQhIgo5BlERQC4xEgo/FqLmMEQhIgo5Bl ERQC4xEgo/FqLmMEQhIgo5BlERQC4xGolJHfFzLeVJExAucSqJSRrzo6tyyd9z7/W+VfrM7LeHX4 lTK6Okzj9UZgxG+Y6a1G0eIlo2gVSRKPtXOSQl6YBhldCNtQCCCwTYCMzA4EEAhBgIxClEEQCCBA RuYAAgiEIEBGIcqQLAin18kKek06ZHQNZ6MggMAOgRoZ+dpZ0woBBJoTqJGRr51tXgYdIoBAm1/i OM5v7vn69eeDDtPP719fZg8CCNQRWP0tqG1kVBdQl0/5pbJdlk3QHRCo2aZ1kJYQEUCgNwJk1FvF xItAUgLjbtMev+Bi9V7MeoMetmm7qS2Tua/P1u/mtdsg7Kt4N/LdBmFTew1sa9YNKqMnHK90NhuE l9Fuao8mmv67lwuKu3ntNgj7ct2NfLdB2NRWTbQ162zT1uvYy0u0o1l4cagqeDHwI8O9X4mT0RGG Cdv0tUFLWIAhU3r/L0SNjNzAHnIi9ZH0PDmTfePt9Bpe8kr8r0iNjEa7gZ2v/Pkymk055zX/ZPLR Y17JUnv8J65GRn38E9koyqyv20Z4YnXjnChWPQqjIaN3wFZMtNxj7/YjMPOSYdnLZFpBFE5+zWMR IKPNemRdEy0bmXkdYTUR6xU5cDSD3jOalwZL3ZcX5CKg1/XC94u2h6tGb1J7nO19Cfd9ybZq2sWr O3Fqr/y3Zt24Mqqfo+FltJVaX+o5XqCseR0n0F3L1ZLZpj3X0RlKdzM7ccBDzcZwMjpO/3jLpwV8 w7l7PIbjLYuiLer2eOJF3R5vfLxlEYTjeRV1e1K0Rd0eT62o2+ONj7c8HupWyytkdGU+nxPRAwII 1BH48JVedmb04WB1GXoKAQSSEVj/noytd3ZXj/f7fSOmZS27PcBuCUFfCLQmsL5Nm8+6U96sbw1Q fwgg0IbAFWdGbSLVCwIIpCZARqnLKzkE+iFARv3USqQIpCZARqnLKzkE+iFARv3USqQIpCZARqnL KzkE+iFARv3USqQIpCaweQP7/aXH+W8H/Soclx5TvyQkdxeBso+DPEY57vc2kNFds9W4qQnYpqUu r+QQ6IcAGfVTK5EikJoAGaUur+QQ6IcAGfVTK5EikJoAGaUur+QQCEhg49d8eTetvFbeTStn5omx COz+VsHl9w8+cCGj8klCRuXMPJGQwK5x3uTcSkbLfUiXHhPOMCkh8EjgE+NskVwz0dTWyqh86lkZ lTPzRGgCzY2zoZv3EMiofJKQUTkzT4Qg0FY6VcZ5w4GMyicJGZUz88TVBFp5p7VxyKjpTCCjpjh1 9imBz71zoXHI6NNy/3iejJri1FkBgQ+9E0M6W/naphXMhH9NyaicmSeKCaT2zioNMiqeJL/IqJyZ J3YIfKKe2Oud46Uno+Os/mtJRuXMPPFNgHc2ZgMZVb1M+KgK26AP1dkny3rneNFrZDT6DeyJLhkd n2KjtaSe2orXyGgea9yvnSWj2tmW87lS+4y35DlYdzI6COpnMyujKmxJHmKfcwpJRlVcyagKW68P FdnHwqe2zGRURY6MqrB18xD73FEqMqqiTkZV2OI+xD4BakNGVUUgoypssR46LiA7r0sqR0ZVmMmo Ctv9Dx0UEPvcUSoyqqJORlXY7nnoiIDY557a/BjVbwcJUAQhNCcwCWj5s9X5JKDlT/MAdFhOoGZl 5Aa2G9jlM+38J6yAzmd86gg1MpoDcgP7DwXL+1On527nBLSLqJ8Gtmn91EqkCwFbsIyTgYwyVjVl TrvHQM6AOq87GXVewPThv18EEVCiCUBGiYqZKZWDDsqU8vC5bB5gL2+Z/T2l/XoF5QDbAXb7l8+b A2nvFbTHHavHdRk9iWbVO2RERm3m8vt3xDioDeUOelnfpq0uhTrIRoh9EZj3Yqs/riP2VcoW0Toz akFRH0UE3pwHcVARyVyND116fNyR7Z4l5eKzkY3PplWU+c0iqKI3j6QjsC+jrbMhZ0bOjA69HJxJ H8Kk0a/vbdokl/nnkcrQxjE9PiSwdSRkL/Yh2KSPv1sZvTfR0J6yTXvzerAdSyqLs9PaPMAe2jVn U8/a/+pSyDooa7lb57V5z+hpoNc3+4e2lZXRz838+rR0Raj1yzV3f/sH2Fv5Dy2jCQofPUJ4nCUc lNsZp2XnntFpaHN3/GZHljtx2Z1GgIxOQ5uy49X7ik6FUtb68qRqZPR6A+DysA14OQFLocuRjzZg jYymw2wfXhtootDQQMW+M9UaGd0Zr7GvJPCqITuyK/kPNhYZDVbwg+luaejg45ohUE6AjMqZ5X6C hnLXN3B2ZBS4OBeHRkMXAzfcTwJkZEb8vcD59IGy+WzIDwIXEiCjWtjLa/XI7xGsHeSK52joCsrG 2CdARvuM0rZ4WhBZDaWtdB+JkVEfdWocJQ01Bqq7BgRqZOQGdgPwd3Wxejx0VzDGReCBQI2M3MDu dQo5Huq1ckPEXSOjIcAkS9K+LFlBM6ZDRhmr+pTT44LIKfUABe80RTLqtHDHwn5dEB17TisEridA Rtczv2RE+7JLMBukIQEyaggzTFevB9VhQhMIAlsEyOiDuRHzErYTog9K6tEbCZDRjfBbD/24NXNQ 3Zqu/s4mQEZnE76q/6cF0VXDGgeBVgRqZOQGdiv6bfrxllkbjnq5mUCNjNzAvrloj8M7IQpUDKF8 RKBGRh8N6OGGBGzNGsLU1d0EyOjuCtSN76y6jpunAhMgo8DF2QrNgqjDogl5lwAZ7SIK1oCJghVE OK0IkFErkpf0s5jINaJLeBvkSgJk9BntKy9hP5ros6g9jUBAAmQUsCgvIT0dV/cQshgRKCVARqXE Lm/vkOhy5Aa8hUCNjNzAvq5UTHQdayPdTKBGRm5gX1Q0x9UXgTZMCAI1MgoRePogHFenL7EEfxIg o5AzgolClkVQpxIgo1PxVnXORFXYPNQ7gX0ZTcfVvSfZU/xM1FO1xNqSwI6MmGgfdsN7j0y0j1uL tAT2V0ZpUw+VmGuNocohmDsIvJPRtCya3sW/I6rBxnSZaLCCS3eVQPHKaL7xaPv2g+YnOzUm8tJE 4C+BTRltLYvmG49WTG3mj2uNbTjqJQOBbxlZ8lxdT8fVVxM3XmgC66dCr7uw16WQE6XnwhbJpahx 6CkkOATaEFjfpi17sdlBNmVtYC+9MFFjoLrLQKD4ADtD0iflcPAYm4lO4q/bzgnsy8iyqGWJmagl TX2lIrAvo1Tp3piMa403wjd0DwTIqGmVHndqjxeIXCZqillnKQmQUeuyPt5Zn1dDTNSasf5SEqiR kRvYNVPBLxeqoeaZgQjUf/rMPaP9aeK4ep+RFgj8I1CzMgLvKIF5NeTDxkd5aTc0ATIauvySRyAO ATKKUwuRIDA0ATIauvySRyAOATKKUwuRIDA0ATIauvySRyAOATKKUwuRIDA0ATIauvySRyAOgRoZ uYEdp34iQSANgRoZ+Q7sNOWXCAJxCNTIKE70IkEAgTQEyChNKSWCQN8EyKjv+okegTQEyChNKSWC QN8EyKjv+okegTQEyChNKSWCQN8EyKjv+okegTQEyChNKSWCQN8EamTkBnbfNRc9AiEJ1MjIDeyQ pRQUAn0TqJFR3xmLHgEEQhIgo5BlERQC4xEgo/FqLmMEQhIgo5BlERQC4xEgo/FqLmMEQhIgo5Bl ERQC4xEgo/FqLmMEQhIgo5BlERQC4xGokZEb2OPNExkjcDqBGhm5gX16WQyAwHgEamQ0HiUZI4DA 6QTI6HTEBkAAgSMEyOgIJW0QQOB0Apsymk+pnVWfXgEDIIDAXwLrMpocNJ9Szz/T/8KFAAIInErg 0DZt8tGpQegcAQQQOCQjmBBAAIGzCfzZjr2OMW/Tlt3Z0uZpv2bFdHZ59I/AOAQ2ZTQheHQQ74wz J2SKwC0EvrdpT++dsc8t9TAoAsMS+JbR8t7ZsCwkjgACNxJwgH0jfEMjgMA3gfUzo+nvH8+qbdlM GQQQOJvApozOHlj/CCCAwCMB2zTzAQEEQhAgoxBlEAQCCJCROYAAAiEIkFGIMggCAQTIyBxAAIEQ BMgoRBkEgQAC/wda/JgAb9jIkgAAAABJRU5ErkJggk== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0083_image029.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCAChANkDASIAAhEBAxEB/8QAHAABAAMBAQEBAQAAAAAAAAAA AAQFCAMBBgIH/8QASBAAAQMCAgUGCggDBgcAAAAAAQACAwQRBRIGExUhMUFTkZTR0hQiNlFhZHF1 gbMHFiMyM1V0oUJSsjSCkrHB8CQlJkNFcvH/xAAYAQEAAwEAAAAAAAAAAAAAAAAAAgMEAf/EADQR AQACAAIGBwcDBQAAAAAAAAABAgMREhMhMTJRBEFxobHB0RQiMzSBkfAjYYJicrLC0v/dAAQAKP/a AAwDAQACEQMRAD8A/pehvkRgPu2n+W1WRrIhiLaHfrXQmX0BoIH+ZVboc5rdBsCc4hrRhlOSSbAD VNXdxedJ4tzdX4E/KQd5Odl93Qgs0REBERB445Wl3mF1DwfEm4xhNPiDIjE2duYMJuRvtx+CmOGZ pb5xZUWhZ/6WpouSF0kQPnDXuF/2UJmdKI/OporSs4Fr9cTHfFvSF8iIps4iIgIiICIiAiIgIiIC IiAiIgIiICxotlrGiDUGF4dPi30X4TQwSxxmbC6drtY0ua9uqF2mxFgVY00Qh0liY6oMk3gBL2Z7 tZ4zBdreQGxTQ3yIwH3bT/Lau7i46URNLLNFE+zrjec7N1v98UFmiIgIiICodC/Jxn6if5rlfKg0 M8XAnQndJDVzskbytdrHGx6Qq544+vk10+Wv218LL9ERWMgiIgIiICIiAiIgIiICIiAiIgIiICxo tlrGiDWOhvkRgPu2n+W1diWfWtgEpL/AXXjzfdGdtjbkvv6FWYHUik+jnA5TWNpP+XUwD3NDiSY2 2aATa5Km0s1TNj9OamnbG/wAkva8Oa8lzCbW32B86C6REQEREBUGiP4GLe9aj+pX6oNEfwMW961H 9Srtxx9WvC+XxP4+a/REVjIIiICIiAiIgIiICIiAiIgIiIP/0P7KiIgLGi2WsaINX6IxRzaC4C2W Nr27Np9zhcfhNUggN0oiaJBbwF9owB4vjt3+ff8A6Ljob5EYD7tp/ltXSom1OkbHvieWNonnMxuY u8dm4Ab93s5UiMxbIoW1YOYrOqSd1NqwcxWdUk7qs1V+TmcJqKFtWDmKzqkndTasHMVnVJO6mqvy M4TVQ6N+LX47G3cxuIEho4AljSekm6sdqwcxWdUk7qpMAxGKPEcccYao5664y00ht4jeNhu+Krth 30q7PzJrwZ/RxeyPGH1CKFtWDmKzqkndTasHMVnVJO6rNVfkyZwmooW1YOYrOqSd1NqwcxWdUk7q aq/IzhNRQtqwcxWdUk7q8dikDmkaitFxa/gkndTVX5GcJ3FFU4fU0uHYdT0UcFZlgjawEUUgvYcb W5eKk7Vg5is6pJ3U1V+RnCaihbVg5is6pJ3U2rBzFZ1STupqr8jOE1FC2rBzFZ1STuptWDmKzqkn dTVX5GcJqKFtWDmKzqkndTasHMVnVJO6mqvyM4TUULasHMVnVJO6m1YOYrOqSd1NVfkZwmooW1YO YrOqSd1NqwcxWdUk7qaq/IzhNWNFsKCujqJMjIqhpte8lO9g6SLLHqhNZrsl1rHQ3yIwH3bT/Lau zzl0ojLpRlNE8BhtuOdm+/H/AOKoweF030f6NjUSzxNoqczRxcXN1FhuuL+MWn4KTBhlM/GKJlfQ wy1GziZnyRNdmeCwG55SuC/10WbLrGZrXtmF7LwzwiQRmZmcguDcwuQLXP7jpUXYmE3vsuiv5/B2 dibEwm99l0d/07OxBK8Ih1gi10ecjNlzC9vPZRcVOvw6opYJmColhdq26wAnk/1HSmxMJvfZdHf9 OzsTYmE3vsujv+nZ2IKdzAzD5aE4drHyyulgpS5n2Ue4ZrZrbib2B5R6be6OSxUuN41h75ryCSKU F7xmcDG2/tIsLn0q32JhN77Lo+rs7FR4ThGGO0sx9jsOpC1ng+UGBtm3j323blC2+vb5S1YHw8X+ 2P8AKr6YzwiQRmVmcguDcwuQLXP7jpQ1ELZGxmaMPcCWtLhc2426QouxMJvfZdHf9OzsTYmE3vsu jv8Ap2dimyulZI2Smlp4p2Nnkifqxnsb2tf4Ejf6VQNiqYMNqcOp2NpJ60fYMfKG5Q1jBIQW3yk+ MR6d6u9iYTe+y6O/6dnYmxMJvfZdH1dnYgYa8U+HUVLUyRsqG07Q5mszG7QA6x5bHlUp1RA17WOm jDn3ytLhd1uNlF2JhN77Lo7/AKdnYmxMJvfZdHu9XZ2IJRqIWyNjM0Ye8EtaXC5txsuVZK11NJDH Oxk0rHNiu+xLrHguWxMJvfZdH1dnYmxMJ47Lo93q7OxB89JTTx0QoWwmF1RMx7ILsddrGt1m7Nl3 m5sTv4nzL6Kgk1FBSw1ToYpywN1bXC1wL2G/zBebEwm99l0fV2dibEwn8ro93q7OxBKdUQNe1jpo w598rS4XdbjZHTwsc1rpWAvNmguHjG17D4AqLsTCb32XR7vV2dibEwn8ro93q7OxBKdUQMexjpow 55s0Fwu7dfcvl2Uk8GHS0z4tTJUshiy52HXStu6Rw32OZo5bZrWNgr7YmE/ldHu9XZ2JsTCfyuj6 uzsQfjCbUeGwU9Q9schc8MY5zQbZnOAsDb7vINwtu3BTXVELC0PmY0vOVoLgLm17DoKi7Ewn8ro9 3q7OxNiYSf8AxdHu9XZ2IJTp4WOa10rAXmzQXDxja9h8AehemaJtryMFzYXcN5UTYmE/ldHu9XZ2 IcEwk8cLojb1dnYg41wbtrDJg82zSR2D91ywkbv7p3rJC2FBhtBSyaynoqeF9rZo4mtPSAseoNY6 G+RGA+7af5bV3cHDSiJxfdpon2bYbjnZvv8A74Lhob5EYD7tp/ltXYhn1rYREQ/wF15Mu5wztsL8 tt/SgtEREBERAVBhG7S/SEHl8GI9P2ZV+qGk8usR/Qw/1OVd99e3ylr6PwYsf0/7VXyIisZBERAR EQEReEhoJJAA4koPUVRVaVYJSS6l1eyWbmqcGV3Q26j7dxar3Ydo7UgH/uVrxAB6cu9x6FCcSvNp jomNMZzXKOc7I78l+ioPA9Kqv8fFKKhaf4aWnMjgP/Z5tcexPqpHPvxHFsSrr/eY+fVsPnGVltx8 y5pWndCWowq8eJH0iZ9I73//0f67U4hQ0X9qrKen32+1la3f8SquXTLR+J2XaLZTcg6hjpLf4QV2 ptFcBpPwsKpybWzSN1h6XXKs4oYoGhsUTI2gAAMaALBV+/PKO/0a8+i16rW+1f8ApR/WrWf2XAsX ntx/4bIB5vvEL0YppLL+Ho5HDbjr61u/2ZQVfImjbrsa/Cjhwo+szPhMeChDNMJdz5sHphxzMZJI fZY2CbJ0jm3zaSiIHc5kFEwAD0FxJBV8iauOuZ+57XaOGtY/jE+MSq8PweooqrXzYzXVgDSBHM5u W55dwCyQtlrGinERGyFGJiWxJzt6eDT+DSyM+j/A2mlnljOGU2U073h5eY28QwXDRxJv8FZ0zKhm O0ommEoGHkBxjLXE5mXLrnlPJYWXmhvkRgPu2n+W1diGfWxhERD/AAF2Z+Xc4Z22F+W2/pXVa0RE QEREBUNN4mndc124yUETmA/xAOcCR7LjpV8qGoGp09o5Dv8ACMPliA/lyva6/wC6rv1T+7X0Xbp1 51nu2+S+REVjIIir8Txqkwssik1k1TJ+HTQNzyP9g5B6TuXJmIjOU6UtiW0axnKwVZiOkOG4ZIIJ pzJUu+7TwNMkjv7o4fGyh+A41jPjYhUnDaR3ClpXfauHmfJyexvSrPD8Jw/CozHQ0kcAd94tHjO9 p4n4qGdp3bGjV4OH8SdKeUevpE9qs8L0kxPfSUUGFwO4SVZ1ktvPkbuB9pXo0TgqSHYvX1mKH+Sa TLH/AIG2HSr5E1cTxbT2u9fhRFezf99/e4UlDSUEWqo6WGnZ/LEwNH7LuiKyIyZbWm05zO0RERwR EQEREBERAWNFstY0Qax0N8iMB920/wAtqkOz/WiIktyeBPygA3vnZe/7KmwbGqfB/o5wiZzo3zx4 TTujgMgaZDqwALngCeVWcMsc2k0UjWvDnUBJcQchBcwjKeB48iC4REQEREBUGM/ZaU4BKPFzvmic 7kIMdwPiQOhX6oNLPsafD6934VFXxSy+hpu2/wAMwKrxOHNr6HtxorziY+8THmv0X5e9sbHPe4NY 0XLibADzqizS6UHK1skGDj7zj4rqz0DlEfp4u9ila2Xaqw8LTzmZyrG+fzfP7eW1+5sSrcWmfS4I WxxMcWy4hI3MwEcRGP4zfcTwHpU3DMGo8KD3QMc6aTfLPK7NJIfS4/5cFMhhip4WQwxtjijaGsY0 WDQOQL9rkV25zvSvje7oYeyvfPb6boERFNnEREBERAREQEREBERAREQFjRbLWNEGrdFKeGq0CwOG oiZLG7DKcFj23B+yapWRzNJYWgMbE2heGNaLEeOz4W4Ljob5EYD7tp/ltXUmP62MAcdZ4C7MLmwG dtvR5+CC1REQEREBcaylirqOaknF4p4zG8DzEWXZE3uxM1nOHz1PgGITMipMXxFlVQU4AZDHGWme 3DWkk3tbgNx5V9AAALAWAXqKNaxXctxca+LPvd0ZeAiIpKRERAREQf/S/sqIiAiIgIiICIiAiIgL Gi2WsaINWaK1VPR6BYFNUzMhjGHUwzPNhfVtUwvc/SWEjKYjRPLXB17+Ozk6OVU2CYbU12hGjckF S5phoKZ4izmNpOpy3zNGYbncnm9K+gpMOjp5GVEj3y1WqEb5XPdY8L2bezbkX3IJiIiAiIgIiICI iAiIgIiICIiAiIgIiICIiAiIgIiICxotlrGiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgIiICIi AiIgIiIP/9k= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0083_image030.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAYQAAAEgCAIAAAA7UpN8AAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO wwAADsQBiC4+owAADvBJREFUeF7t3dGWmzoSBdD0/P8/95CQSxMbG1SWoCR2Vh5m1gUh7ZJPQKjd X9/f37/8IUCAwNUC/7u6A65PgACB3wLCyDwgQCCFgDBKUQadIEBAGJkDBAikEBBGKcqgEwQICCNz gACBFALCKEUZdIIAgdph9PX1a/7rDwECBEoE4mH0JXFKoB1LgMB7gXgYkSVAgEBFAWFUEVNTBAjE BYRR3M6ZBAhUFIiE0bRaZMGoYg00RYDAJBAJo+kH/f2sv9lDgEBdgUgY1e2B1ggQIBC8MwJHgACB 6gLujKqTapAAgYiAMIqoOYcAgeoCwqg6qQYJEIgICKOImnMIEKguIIyqk2qQAIGIQDCMbHqMYDuH AIHXAsEwsunRpCJAoK5AMIzqdkJrBAgQEEbmAAECKQSEUYoy6AQBAsLIHCBAIIXAfhh5cZaiUDpB YHSBnTCSRKNPAOMjkEVg/84oS0/1gwCBoQXehdF0W2Q/0dDVNzgCiQTK7ozmL5z1tbOJCqgrBEYR eBlGm7dF8xfO+trZUapvHAQSCZTdGSXquK4QIDCWwHYYzS/Rlscx79TGKrrREMgosB1GD49jlrEz lk6fCIwl4DFtrHoaDYFuBfbDyG1Rt8XVcQI9CeyHUU+j0VcCBLoVEEbdlk7HCYwlIIzGqqfREOhW IBJGdmB3W24dJ5BXIBJGdmDnraeeEehWIBJG3Q5WxwkQyCsgjPLWRs8I3EpAGN2q3AZLIK+AMMpb Gz0jcCsBYXSrchssgbwCwihvbfSMwK0EhNGtym2wBPIKBMPINxzlLameEehTIBhGfpS/z3LrNYG8 AsEwyjsgPSNAoE8BYdRn3fSawHACwmi4khoQgT4FhFGfddNrAsMJCKPhSmpABPoUEEZ91k2vCQwn IIyGK6kBEehTQBj1WTe9JjCcQCSMfO3scNPAgAhcLxAJI187e33d9IDAcAKRMBoOwYAIELheQBhd XwM9IEBgEhBGpgEBAikEhFGKMugEAQLCyBwgQCCFgDBKUQadIEBAGJkDBAikEBBGKcqgEwQIRMLI DmzzhgCB6gKRMLIDu3oZNEiAQCSMqBEgQKC6gDCqTqpBAgQiAsIoouYcAgSqCwij6qQaJEAgIvAy jOZXZl6cRVCdQ4BAucB2GE0ZNL8ym//4ZdblsM4gQKBMYDuM/PbqMkVHEyDwsYA1o48JNUCAQA2B 4jCykFSDXRsECDwK7IfRvH60nLcsJLEkQIBARYGdMHpIoooX1hQBAgTWAu/CSBKZKwQInCbwbp+R d2qnlcGFCBB4uc9oorHv0fwgQOA0gX8Wp4uuuv0Q9/X1t5HVmndRsw4mQOCeAvtv08pclgxaUqns fEcTIHBTgdphdFNGwyZA4FOBSBj56dlP1Z1PgMCTQCSMfO2siUSAQHWBSBhV74QGCRAgIIzMAQIE UggIoxRl0AkCBISROUCAQAoBYZSiDDpBgIAwMgcIEEghIIxSlEEnCBAQRuYAAQIpBCJhZAd2itKl 7MT8i2T8OpmUxcneqUgY2YGdvaqX9s938l3K3/HFI2HU8XB1vb2A7+RrbzzmFYTRmHU1KgLdCQij 7kqmwwTGFBBGY9bVqAh0JyCMuiuZDhMYU0AYjVnXq0Zl9foq+QGuK4wGKKIhEBhBQBiNUEVjIDCA QDCMbLEdoPaGQCCVwEe/N+3Xr+/nwXz/+vur0762/muqwesMAQJnCrz/bYofhdH2aqXf43hmeV2L wCgCwce0UYZvHAQIZBFwZ5SlEvpBoIlAqt/t/PY5TRj9nQDrJfkhN8sM9sP0Z9frlI/039XWP1Ny Yzm2SVa1bXQa0Xog/wzwKZiE0e9iPHxQB/vczgP8Pb/frx+2nZYft76Kg+cpPsBHd7xBzdGzlOb3 AFcz8PlTJow2PiTC6KPkaH8T8fC5/ai3aU5uFUYX/Qs0f4jWH6Xdf/KF0fhh9DwtXn4A2+dIlc/+ BWHU/iO9+1mtQndyI83DaHlcH/XV/iB3Rv8ly/zRveADXHfiP93h78zDulc/pbWzF8LaD6p5GM1D ePmJ7XyfUfYkKrx5WTLovDA65SZivQSWvWTHPvPujDym/TNTrp/WhVmzO8/Lwqh9jux2+MgBw39u 3/1jfwQozTFFd0Y2Pf7U7aQkmuLmzd+K02haPpzvYf/8nf/H9D7j3d+KV9cUgUIBYfQXrH4SvUqc wgo9Hv4+Tdb/9c+b1OXP+rnmwy44nUALAY9pf9e/HnCLt+TUerxq9qBUP21bzMfDbY631js/mi0A xTPwMN2ZBz4/UL8ZoDAKleaT6GkWN6GROIlAFgGPaY+VWP/rtDzCPa7yHCnfq+epI+fWPmZjULUv cUl7xnUJe+yiu8U6I4x2O7Ee2/GDjx8ZsVuv+Lw4f/2DNhurwpGrbj8zvmqpkcDxZo8fWYTRqNnj fTjegeNHHr960ZGNOnC82eNH7o7rjDDa7UTrA456zQE0/dl9CpvveqY/y+3P2zEc7UBriOvav1xA By4X2J19ZWtG+cezO2AHECBwlcD7VfmXYbS7sP/y7UwXO7CP3PtcVTHXJXBLge0wOrLDtcswep9B 3nPd8jNg0EkEbrFm9PMu7Fn9312CSaqiGwRuKDB6GC1r0g+1PbbwfMMJYcgErhIYN4w2Y0gGXTXR XJfAnsBwYbTsD1qPXAbtzQP/ncDlAmOF0fP69LIh6HJpHSBA4K3AKGH0/FAmhkx9Al0J9B9GDzHk iayr+aezBBaByKbHZT/k9d+B/fBcZqOQqU2gW4GyHwdZD/PiTY9iqNs5p+MENgX6fExbJ5G1IVOb wBACHYbRQxINUQaDIECgqzBar1W7ITJ5CYwl0E8YuSEaa+YZDYEHgU7CSBKZuQRGF+ghjNZfkOTl /egz0vhuK9BDGM3FEUO3naQGfg+BSBhNO4xO+v7ZZcVaEt1jOhrlnQUiYTT/ktLmal18fW1zBRcg cBeBSBidYSOJzlB2DQKJBLKGUSIiXSFA4AyBlGHktuiM0rsGgVwC+cJIEuWaIXpD4CSBZGEkiU6q u8sQSCeQLIzS+egQAQInCWQKI7dFJxXdZQhkFEgTRpIo4/TQJwLnCUTC6Lwd2Oc5uBIBAhcLRMKo /g5st0UXTwOXJ3C9QCSMru+1HhAgMJxAgjByWzTcrDIgAgGBBGEU6LVTCBAYTuDqMHJbNNyUMiAC MYGrwyjWa2cRIDCcwKVh5LZouPlkQATCApeGUbjXTiRAYDgBYTRcSQ2IQJ8CkTCqswPbM1qfM0av CTQSiIRR/R3YjQanWQIE+hGIhFGF0bktqoCoCQJDCVwURkMZGgwBAhUEhFEFRE0QIPC5wMswmlep 66xVP3TTM9rnddMCgeEEtsNoyqB5lXr+c9Lvjx0O14AIEDgusB1GZ/zC2ON9dCQBAjcQOH3NyDPa DWaVIRIICJSFUcOFpEDfnUKAwEAC+2E0rx/NQ14vJA2EYCgECFwv8BNGm+/O1kl0fWf1gACBcQV+ wmi561kGWz+JLBiNO5OMjMCHAu/2GXmn9iGu0wkQOC7wcp/R1ITl6uOOjiRA4EOBn8Xp0oZePsS9 ehbzjFZK7HgCdxLYf5t2Jw1jJUDgMgFhdBm9CxMgsBYQRuYDAQIpBCJh1ORH+VNo6AQBApcJRMIo 8rWzVq8vK7ELE+hDIBJGfYxMLwkQ6EpAGHVVLp0lMK6AMBq3tkZGoCsBYdRVuXSWwLgCp4SR1etx J5CREaglcEoY1eqsdggQGFdAGI1bWyMj0JWAMOqqXDpLYFyBSBjZgT3ufDAyApcJRMKobAe21evL iuvCBHoSiIRRT+PTVwIEOhEQRp0USjcJjC4gjEavsPER6ERAGHVSKN0kMLqAMBq9wsZHoBMBYdRJ oXSTwOgCjcPIe/3RJ5DxEaglEAkjmx5r6WuHAIFFIBJGZZseYRMgQOCAQCSMDjTrEAIECJQJCKMy L0cTINBIQBg1gtUsAQJlAsKozMvRBAg0EmgZRt7rNyqaZgmMKNAyjEb0MiYCBBoJCKNGsJolQKBM QBiVeTmaAIFGApEwsgO7UTE0S+DOApEwsgP7zjPG2Ak0EoiEUaOuaJYAgTsLCKM7V9/YCSQSEEaJ iqErBO4s0D6Mvr/v7GvsBAgcFNgPo+nd2cG2HEaAAIGwwE4YSaKwrBMJECgS2L8zKmrOwQQIEIgJ vAuj6bZo2lIUa9dZBAgQKBIouzOa917bgV1E7GACBI4IvAyjzduiee/1zg5sN1NH4B1DgMC/Aj9h 5JbH3CBA4EKB7VWh55doz4tH71aUfK3ahSV1aQJ9Cmw/pj08jlnG7rO4ek2gJ4GyBeyeRqavBAh0 JbAfRm6LuiqozhLoVWA/jHodmX4TINCVgDDqqlw6S2Bcgcge6+Vdmye4cSeGkRE4WyByZ+RrZ8+u kusRuIFAJIxuwGKIBAicLSCMzhZ3PQIENgWEkYlBgEAKAWGUogw6QYCAMDIHCBBIISCMUpRBJwgQ EEbmAAECKQSEUYoy6AQBApEw8rWz5g0BAtUFImFkB3b1MmiQAIFIGFEjQIBAdQFhVJ1UgwQIRASE UUTNOQQIVBcQRtVJNUiAQERAGEXUnEOAQHUBYVSdVIMECEQEhFFEzTkECFQXEEbVSTVIgEBEIBJG dmBHpJ1DgMBbgUgY2YFtUhEgUF0gEkbVO6FBAgQICCNzgACBFALCKEUZdIIAAWFkDhAgkEJAGKUo g04QICCMzAECBFIICKMUZdAJAgQiYWTTo3lDgEB1gUgY2fRYvQwaJEAgEkbUCBAgUF1AGFUn1SAB AhEBYRRRcw4BAtUFhFF1Ug0SIBAReBlG8yszL84iqM4hQKBcYDuMpgyaX5nNf6b/W96yMwgQIFAg cOgxbcqjgiYdSoAAgXKBQ2FU3qwzCBAgUCbw+3Hs+Yz5MW15OluOeXhec8dUhu1oAgReC7wMo+mU dQbJHbOIAIGmAj+PaQ/vzqRPU3eNEyDwIPATRsu7M0YECBA4X8AC9vnmrkiAwIbA9prRdOB6rdoj m7lDgEBrgZdh1PrC2idAgMBawGOa+UCAQAoBYZSiDDpBgIAwMgcIEEghIIxSlEEnCBAQRuYAAQIp BIRRijLoBAECwsgcIEAghcD/Ae62pD+/NjGFAAAAAElFTkSuQmCC ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0083_image031.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCAChANkDASIAAhEBAxEB/8QAHAABAAMBAQEBAQAAAAAAAAAA AAQFCAYDAgcB/8QAQhAAAQMDAQUGBAIGBwkAAAAAAAECAwQFESEGEhUxlBNBUVPR0hRhgZEicSMk MjNShCU0RWRyocEWJkJEYnOSsfH/xAAYAQEAAwEAAAAAAAAAAAAAAAAAAQIEA//EADMRAQABAQUD CwMEAwAAAAAAAAABAgMEERNRMTKREhQhNEFxcoGhscEiYdEjUpKi0uHw/90ABAAo/9oADAMBAAIR AxEAPwD9lKyuv1JQ0NVWKj5WUszYZEjwq7yq1NNe7fTP1LM4/aNMbPXxOzRn9Iw6JjX9zr9SlczF MzDRdbOm0t6KKtkzEersAAXZwAAAAAAAAAAAAAAAAAAAAAAAAAAAAAMaGyzGgGtLvQV9ZcrbLA6L 4elnSSRrnK12cKmUxouEVdF71+RR35qs2ZvTVqHVCpcIUWR27lf3P8KIn+R2Zx20aI3Z2+okaRpx GHRMa/uddPE52u5Pc13HrVl4o93YgA6MgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGNDZZjQDZZx20S Y2dvmZVk/pGLVcaaw6aeHI6OuqaiCpp2QOickj0asStVXuTKbzkXOERqa6oueXec1f1Rdmr2rYHQ ZuMSqxzURc5h108eZztdye5ruPWrLxR7uzAB0ZAAAAAAAAAAAAAAAAAAAAAAAAAAAf/Q/ZQAAMaG yzGgGxZaOlmnZPLTRSTR/sSOYiub36L3HM3xn+7W0u/J2qtnV7VVE/CqMjVOXhp9jrDjb7UQxWLa WnbTzMV0rly2BdxVWOPK7yJjX5la4maJw0abp1mz8Ue7roFV1PG5VyqsRVX6HoV1PdYUpok7Cs0Y n/KSeH+E9OKweRWdJJ7TrFnXhsZ6pjGU0ELisHkVnSSe0cVg8is6ST2k5VeiuMJoIXFYPIrOkk9o 4rB5FZ0kntGVXoYwmghcVg8is6ST2jisHkVnSSe0ZVehjCaCFxWDyKzpJPaOKweRWdJJ7RlV6GMJ oIXFYPIrOkk9pFqqilq56SR8FZilm7VGrRSLld1zU7u7ez9BlV6GMLcELisHkVnSSe0cVg8is6ST 2jKr0MYTQQuKweRWdJJ7RxWDyKzpJPaMqvQxhNBC4rB5FZ0kntHFYPIrOkk9oyq9DGE0ELisHkVn SSe0cVg8is6ST2jKr0MYTQQuKweRWdJJ7T445R+FR07/AEIy69E7VgCv45R+FR07/Qcco/Co6d/o MurQwWBjQ2PBMyohbLHvbruW81Wr9lMcFBss5O9ru7NbTI6ZJFWVyouiadnHhNPDkWVzpqmW7wPZ FK9qJF2b2u/DGqSZkzr3s0+fIpLzbbcuzm0kjbbBG6OVzWq6BqKmI49U+Xf9SlpuT3NN06xZ98e7 raSeF9OxGTMcrGo1yI5FwuE0X7no2eF7nNbKxVYuHIjk/CuM4X6Kn3INPZbT8NGvC6PKsRV/V2eH 5HpwW0pleF0SeP6uz0LRsZ6tspTaiF6uRkzHKxd1yI5FwuM4X7of1JI3o5Gva7GiojjmZXUNZM+m sFhoap7HK2Sqlga2nY5OaZRMuX8vufxmwdDVOSS7vbUrne7GCJsEKL+TUyv1Ury8d2MWnm/JjG1q 5P22zw7POYfduvdntXxfxlRDbnrKiLSPlYqswidzVXKrlFVfH8j1Tbe0zOVtDHW16tXC/DUznIi9 2VXCak2m2W2fpI+zhstC1vzga5V/NVTKkhLLakTCWyjRP+w30GFc9qIqu9O2mZ88PTD5Vn+0N1l/ quzVS7dXDu2qYosL8tVyfLbrtJOruytdujwu6rX1285i4zh263GdUX6lolktKcrXRJn+7s9BwS0p /ZdHr/d2ehHIn90+n4TzizjZZU/2/wAlU2bauXeayqsH4V3XK3tVVq/lnn8iuslFtW1a9019t28+ qcqq2JZEVd1qKiZVN1ExjHy+Z03BLSnK10fTs9BwS0pytdH07PQnkRrPE5zOOMU0x5R8qpttvUqu VNsF3mrh7Y6SLDV548e/vDLTcqhXNl2wqJGNXdckMUTHIqd2UTQteCWlP7Lo+nZ6BLJaU5Wuj6dn oRl0/fjKeeWulP8AGn8KxNn5XZ3dqbquFwuJo+f/AInwmzyTo9jtprpO1qq1zEqmt/FjkqtTKdxb JZLSnK10Sfy7PQcEtKcrXR9Oz0GXSc8ttfSPw5PZvZSJtNOye53FisejX7lbu5kx+PRq4xnkq6r3 lymy1C7O7eLouFwuLg7mWfBLSnK10fTs9AlktKcrXRJ/Ls9CcujREXy8R0RXKqbsrZ595s1fXVjG Ow6OSve5Gu+ipr6hmx+zMm9uRvduuVq4rZFwqc0/aLXglpTla6Pp2egSyWlOVro+nZ6EZVGiefXr stJ4ypp9jLA+lmSnhesu45GfrsuN7Gn/ABeJBsOx1lfTTpUxTK5k24iOq3I5MNblFRrsJrk6dLJa U5WuiT+XZ6DglpTla6Pp2ehOXRpCOeXnHHMq4yqmbH7MyZVkTno1ytXFZIqZTmi/iPZNlNmHJlLZ RrrjT/6T0slpTla6Pp2egSyWlOVro0/l2egy6NIJvt5nbaVcZV7NltlpN7cttE7dcrXY1wqd3Mi3 HZDZ2rtdSyjt1I6bdc1m47GHp3Zz4l0lktKcrXR9Oz0CWS0pytdH07PQZdGkIm93ieibSeMqzZ+3 R0dY/wCDpmQ0rFnYr41TdkXtctxhcruoiprjHJMmVTZEMMVPEkUETIo28mMajUT6IY3Ls8zMzjLZ Zyl7a9uzW0yPk317Vy53UTCdnHhPodWcleEYmzG0/ZwrEnbPyis3cr2ceV+q6578lLTcnuaLp1iz 8Ue7qab+rRf4G/8Aopp3u2huE1vYqpa6f8FU9qqizyafo0X+FE/a+3ie14uMls2d7WnRHVUjWQ0z f4pHYRqf6/Ql2m3R2q1wUMaq5Im4c5eb3Lq5y/NVypE/VPJXp/Som17ZnCPmfLow/wBJMMMVPCyG GNsccbUaxjUwjUTuQ+wDoyTMzOMgACAAAAAAAAAAAAAAAAH/0f2UAAAAAAAAxobLMaAayr4qia40 yPpH7zZd5tVCuUjYiouFRVTV3JdFTBWXhksey20jZ5u2kR65fuI3P6OPuQ6w5K8JGmzG0/ZxLEnb Pyis3cruR5X6rrnvKWm5Pc03TrFn4o90qp/XtpbPQpqyjgWslaveuNxn+e8p0ZztgT4naC7Vn7TY mw0jHc/2WbzkTw1dqh0RFnsmf+0XvfRVTRpEev1fIADoxgAAAAAAAAAAAAAAAAAAAAAAAAAAGNDZ ZjQDZZyt8a9uzW0ySP317Vyou7u4Ts48J9u8ta2/U1NXUdHE6KaWonWJ6JKiLEiJquO9c7qY+ZT3 BrZ9ltpVpqeSNHyPduOjVjs9nGqqqL9VKWm5Pc03TrFn4o90vYnMtnnrV1+Mq5ZUd3OTO6iondo0 6Io9jIEp9kLaxFXWHf1/6lVf9S8IstyFr7MTebTDZjPCOiAAHRkAAAAAAAAAAAAAAAAAAAAAAAAA AAMaGyzGgGxpaWnnfHJNBHI+JyOY5zUVWqnengVtNSfFx3ujqJFVtRUOjVzG7qo10TE056oi8y3K yzJGk907KNWJ8cuUVqplezZldfFe8bUxMxOMJtJTMo6OGljVVZBG2Nqu5qiJhM/Y9gATMzOMgACA AAAAAAAAAAAAB//S/ZQAAAAAAAAAAAAAxobLMaAbElraeGpZTvkxLJqjUaq4TOEyqJpldNSLakkb U3RJHI5fjMoqNxp2ceO/wPGexuluzK9lY9Fy3eRyqqtRHb2G4VERFyqLlF0UsKSipqGJ0dLC2Jrn byonevLK/ZAPcAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAxobLMaAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAH//2X== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0083_image032.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhEAAcAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAMAAgAJ ABYAgAAAAACAAAIjhIOmgLGXXnssrimtwldDl4GduFnNmaCTKqol95GVDFHMUgAAOw== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0083_image033.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhEAAbAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAMABAAK ABUAgAAAAACAAAIjhBFxi8qdXoprzmodzCZfbx0hM2KUqYkXuaJSq55x2sH1WQAAOw== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0083_image034.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhHAARAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAIAAwAW AAoAgAAAADPMzAIchI8WyX0BnVQwTlbzy7xz4IXiGF6bZp5LilhMAQA7 ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0083_image035.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhHAARAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAMABAAW AAkAgAAAADPMzAIZhG8RyH2qnAQQTlaz3rxb6nWIdklVOUVlAQA7 ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0084.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Ionic Bonds Summary
<= span style=3D'font-size:75%'>= •Take an electron from one atom, give it to another= .
•
<= span style=3D'font-size:75%'>•If the atom receiving the electron needs just one = electron to close it’s outer (valance) shell= , it will be happy (i.e., thi= s atom has a large electron affinity).
•
<= span style=3D'font-size:75%'>•If the atom loosing the electron needs to get rid = of an electron to have a closed outer shell, it won̵= 7;t be very sad to loose it = (i.e., this atom has a small ionization energy).
•
<= span style=3D'font-size:75%'>•Once I make the transfer, the ions attract each other.
•
<= span style=3D'font-size:75%'>•Fermi Degeneracy keeps them from getting too close= .
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0085.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
When Ionic Bonds go Bad
- bound state could be metastable.
- Quantum mechanics tells me that not every local = minima supports bound states!  Think of the finite square = well... = ;
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0085_image036.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAYQAAAEgCAIAAAA7UpN8AAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO wwAADsQBiC4+owAADndJREFUeF7t3eF2q1YOBtCbef93TmnpYlwHDCgYSzo7a/5MFzHS1vFXwCfu 1/f39x8/BAgQ+LTA/z5dgPMTIEDgbwFhZB0QIJBCQBilGIMiCBAQRtYAAQIpBL62HmB/fX09Fug5 d4pxKYJAX4FXYSSA+s5dZwTSCbhNSzcSBREYU2A9jKZ7NJdFYy4IXRP4lMB66Gw9MHr855el1fJw yvbLT60C5yWQQGAzjB6zZvVC6bKrJ2GUYB0ogcDHBdZv0y676vl4fwogQKCIgAfYRQalTALdBTYf YHdvXH8ECOQS2LxNmx4JLT/u2nINTTUEOgps3qZNAbT8dGxcTwQI5BLwzCjXPFRDYFgBYTTs6DVO IJdAJIzmZ0m5+lANAQLFBSJhND9LKt648gkQyCUQCaNcHaiGAIEWAsKoxRg1QaC+gDCqP0MdEGgh IIxajFETBOoLCKP6M9QBgRYCwqjFGDVBoL6AMKo/Qx0QaCEQCSObHluMXhMEcglEwsimx1wzVA2B FgKRMGrRuCYIEMglIIxyzUM1BIYVEEbDjl7jBHIJCKNc81ANgWEFhNGwo9c4gVwCwijXPFRDYFgB YTTs6DVOIJdAJIxsesw1Q9UQaCEQCSObHluMXhMEcglEwihXB6ohQKCFgDBqMUZNEKgvIIzqz1AH BFoICKMWY9QEgfoCwqj+DHVAoIWAMGoxRk0QqC8gjOrPUAcEWghEwsimxxaj1wSBXAKRMLLpMdcM VUOghUAkjFo0rgkCBHIJCKNc81ANgWEFhNGwo9c4gVwC+2E0Pa7OVbJqCBDoKLATRpKo49D1RCCj wP6VUcaq1USAQDuBV2E0XRZNn+K3a1lDBAhkFDh3ZTRvd7TpMeMk1USguMBmGK1eFs3bHW16LD50 5RPIKHDuyihjB2oiQKCFwHoYzR+iLbdjPlNrMWtNEEgtsB5GT7djHmOnnqHiCLQQcJvWYoyaIFBf YD+MXBbVn7IOCBQQ2A+jAk0okQCB+gLCqP4MdUCghUAkjGx6bDF6TRDIJRAJI5sec81QNQRaCETC qEXjmiBAIJeAMMo1D9UQGFZAGA07eo0TyCUgjHLNQzUEhhUQRsOOXuMEcgkIo1zzUA2BYQWE0bCj 1ziBXAKRMLLpMdcMVUOghUAkjGx6bDF6TRDIJRAJo1wdqIYAgRYCwqjFGDVBoL6AMKo/Qx0QaCEg jFqMURME6gsIo/oz1AGBFgLCqMUYNUGgvoAwqj9DHRBoIRAJI5seW4xeEwRyCUTCyKbHXDNUDYEW ApEwatG4JggQyCUgjHLNQzUEhhUQRsOOXuMEcgkIo1zzUA2BYQWE0bCj1ziBXALCKNc8VENgWAFh NOzoNU4gl0AkjGx6zDVD1RBoIRAJI5seW4xeEwRyCUTCKFcHqiFAoIWAMGoxRk0QqC8gjOrPUAcE WghshtH8lNqz6hZT1gSBAgLrYTRl0PyUev6Z/m+BVpRIgEBlgfUwmgKoclNqJ0CgnoBnRvVmpmIC LQX+vh3bamy5O1uOebpfu+YCarkHdDnWcolpisAxgVdhtLzC/Ajp6QVX/+Gxk/73KGEUUfM7BLoJ uE3rNlH9ECgqIIyKDk7ZBLoJbH60f1+jyw2gDQT3oTsTgXQCmx/tP256vOZBdbreFUSAQCKBzdu0 x02PiepVCgECTQU8M2o6WG0RqCYgjKpNTL0EmgpEwshfzzZdDNoi8EmBSBj5psdPTsy5CTQViIRR UwptESDwSQFh9El95yZAYBEQRhYDAQIpBIRRijEoggABYWQNECCQQkAYpRiDIggQEEbWAAECKQQi YWTTY4rRKYJAL4FIGNn02GsN6IZACoFIGKUoXBEECPQSEEa95qkbAmUFhFHZ0SmcQC8BYdRrnroh UFZAGJUdncIJ9BIQRr3mqRsCZQWEUdnRKZxAL4FIGNn02GsN6IZACoFIGNn0mGJ0iiDQSyASRr0E dEOAQAoBYZRiDIogQEAYWQMECKQQEEYpxqAIAgSEkTVAgEAKAWGUYgyKIEBAGFkDBAikEAiG0bTv MUX5iiBAoItAMIymfY9dBPRBgEAKgWAYpahdEQQINBIQRo2GqRUClQWEUeXpqZ1AI4HNMJr/NN8f 6DeatVYIpBZYD6Mpg+Y/zZ9/fHaWeoaKI9BCYD2MfFjWYriaIFBJwDOjStNSK4HGAqfDyIOkxqtB awQ+KLAfRvPzo6XE5UHSB4t2agIE+gnshNFTEvXrX0cECCQReBVGkijJkJRBYASBV/uMfKY2wgrQ I4EkApv7jKb67HtMMiRlEBhB4D8Pp081fOVN3PKFJL4M4NQMHEygkcD+p2mNmtUKAQJ5BYJh5A9E 8o5UZQRqCgTDyLPtmuNWNYG8AsEwytuQyggQqCkgjGrOTdUE2gkIo3Yj1RCBmgLCqObcVE2gnYAw ajdSDRGoKSCMas5N1QTaCQijdiPVEIGaApEw8i39NWetagKpBSJhNH+/Wuq2FEeAQDWBSBhV61G9 BAgUEBBGBYakRAIjCAijEaasRwIFBIRRgSEpkcAIAsJohCnrkUABAWFUYEhKJDCCgDAaYcp6JFBA IBJGNj0WGKwSCVQTiISRTY/VpqxeAgUEImF0fVvLfu7lPxNy/Tm8IgECqQVyhFFqIsURIHCHgDC6 Q9k5CBDYFRBGu0QOIEDgDgFhdIeycxAgsCsgjHaJHECAwB0CwugOZecgQGBXIBJGNj3usjqAAIGz ApEwsunxrLLjCRDYFYiE0e6LOoAAAQJnBYTRWTHHEyDwFgFh9BZWL0qAwFmBnTCanlWffUXHEyBA ICDwKowkUQDUrxAgEBPYDKMpifzH0WKmfosAgYDAZhhJooCmXyFAICxw7gH2vN3Rpscwt18kQGBL 4FwYzdsdbXq0nggQuFzgXBhdfnovSIAAgVlAGFkJBAikEBBGKcagCAIEhJE1QIBACoGdMPIBf4op KYLAAAKujAYYshYJVBAQRhWmpEYCAwhEwsimxwEWhhYJ3C0QCSObHu+ekvMRGEAgEkZvYfFfuH4L qxclUEYgTRiVEVMoAQJvEYh/T8g/33b0fWFR33/+/SK3r0tf9sIKvRQBApcILDdCj6/2qzC6eBfS 8q2Sq5VeYuBFCJQTaPltq2vvcWFUbm0q+M+flu/PoQYrjIYa91ualQJvYR3vRYXRQDOXGm2GPcxT i8ht2vJF/Z4ZvXHBS5MXuMO8P9+4wPK9dCSM5i6u/8b+9g+wG+SLFMj3Hm5TkTC6aJTZgkZqXDRY L3ObgDA6Q31n4kiTM5NxbAMBYbQ2xDeFjnxp8I7RwtsEhNFFm1YEzdvWqBceRGDIMApf+EicQd4W 2vyEwBhhdDZ9hM4n1qJzDi6QKYz+2S/w7zwuiYODGXTJuQZfR9on8GuBSBi9a9PjJWF0JICkz6/X jRcgcLlAJIzmIq7f9PibMHqdQdLn8oXjBQlcLVD/y9WmGNpKoimD5v/5IUAgvUDZMJoz6GcMLQEk g9IvPgUSeBQoGEavM8h4CRCoKZAsjF5/Lf+LGKqpr2oCBBaBZGG0NZmfMeR5kFVMoJdA+jDaiqFe Y9ANAQL5wujxTu3p+bSPxixYAn0FIvuM3rjp8RH6MYl8NNZ3CeqMwCwQuTK69T9v7WrIUiUwhkAk jG6SEUM3QTsNgRQCicMohY8iCBC4SUAY3QTtNAQIvBYQRlYIAQIpBIRRijEoggABYWQNECCQQkAY pRiDIggQOLfpcdnuCI4AAQJhgWmv4s/f3Qyjx9xZ/82v/SA78m2QXY+ZrLu2pq/Xb8IjPpbHz1RZ v02bNZefoS6IVpP3afEdOWb6lSOHHTkm/O8fv3i5wJF5HTnG8vg5mvc+MzoylTuPuXxp5nnBOxmP nOuIzJHXufOYIzUXPeZOxiPnWmV8bxhlm1yY6bONFC37s2iBsxd1Llr23VdGgQXhV3oItHmH9BhH ti5OPMB+egK3+kDu4FO6jygcefr+WFjmd05m58XwRZFPDxxzUu8umI8s46eT7haZn/p1C+ufiJUO o9LFr66/nG/gxyR68Tg2f5geWTAfD6MjRSan3m1hrGdGH19SpwpIvrbmXkoU+Zo9edbPxZco8pfO kTCa1l/pD/urvH9KrL/XRVahPvUviZwHN6BeD6Nphc2JM/88Lbh5/1HOkRys6rG7g7/isJgA6phb 4LdKUG+lytTv5pXRnDgNcmd1qI/dlb7KCyzZm3+lFnWJ64utIktQL0X+fN9FbtNuXs2Xn676Zd3l IO97wVrU1ZPofXO855VHDKN7ZJ2llkDpJKpFvVXtiGHkvuy2tVuFukES5aferXD/L++3Fm7m+T22 vdwpPBa8esBtb9FTJ8rsvDTyVGQt6p9vkoR3l1tF1qX+idwzjE692x1MgEAGgRFv0zK4q4EAgSeB SBjNOwVQEiBA4EKBSBh13Xx0IauXIkDgrEAkjM6ew/EECBDYFRBGu0QOIEDgDgFhdIeycxAgsCsg jHaJHECAwB0CwugOZecgQGBXQBjtEjmAAIE7BITRHcrOQYDArkAkjGx63GUd/IB5T6ydsYMvg7Pt R8LIpsezygMeX+LvewecS+aWI2GUuR+1JRFI+IfvSWSUsSUgjKwNAgRSCAijFGNQBAECwsgaIEAg hYAwSjEGRRAgIIysgesFPL2+3nSAVxRGAwxZiwQqCETCyKbHCpNVI4FiApEwsumx2JCVS6CCQCSM KvSlRgIEigkIo2IDUy6BrgLCqOtk9UWgmMBOGPnD62LzVC6BsgKvwkgSlR2rwgnUE9gMI18BUW+Y KiZQWWAzjGyirTxWtROoJ3DuAfa83dGmx3pzVjGB9AJfr6+A3Kyln6ACCTQR+P+VkUueJiPVBoGa Aq6Mas5N1QTaCZx7ZtSufQ0RIJBFQBhlmYQ6CAwusHObNriO9gkQuE3AldFt1E5EgMArAWFkfRAg kEJAGKUYgyIIEPgL6gYxmPrKTi4AAAAASUVORK5CYIJ= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0085_image037.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCACgANkDASIAAhEBAxEB/8QAGwABAQEBAQEBAQAAAAAAAAAA AAUEBgMBAgf/xABEEAABAwIDAQoJCwMFAQAAAAABAAIDBBEFEiEGExQVIjFBUVST0RY2YXF1gbGz wQcXIzIzU1WRlKHSNVJ0JTRWhJKV/8QAGAEBAAMBAAAAAAAAAAAAAAAAAAEDBAL/xAA1EQEAAQEE BQkGBwAAAAAAAAAAAQIDERJRBBQxMpEhM0FSYYGhscE0U3Gy0fATInKCksLh/90ABAAo/9oADAMB AAIRAxEAPwDuMKrKqi+T3Z19KWtLqGmEjyWXawQgkgOIBOgHrV+jxJtTPuBikY4xNlY5wFpGnnsD p5isOyMUc2wuAsljbI3g2mNnNBH2bV7sLTtZIBKXOFE27Ljicc2/P4IKqx4diUOJtqTC17d7VD6d +cAXc3lI8i2KBsl9li/pao9oXEzMVRDRRZ01WVdU7Yu8V9ERds4iIgIiICIiAiIgIiICIiAiIgIi ICIiAiIgIiIIuxviRgPo2n921e4z+FLswbk3kMpB1+vrdSMJxZmC/Jng1Y5rXvbhlOI43PDN0duT bC55OQnzAqlBJHLtXM5jJARRgOc5rg13H0y30I8oQWFA2S+yxf0tUe0K+oGyX2WL+lqj2hV1b8Nd l7Pad3mvoiKxkEREBERAREQEREBERAREQEREBERAREQEREBERBB2UpoKvYLA4aiFksbsMpwWPaCD 9E1amAjalwzNLRRDKwC2Xjrx2N8SMB9G0/u2r1YANq5DuIaTRDj6cfj/AJ6eXpQVVA2S+yxf0tUe 0K+oGyX2WL+lqj2hV1b8Ndl7Pad3mvoiKxkEREBERAREQEREBERAREQEREBERAREQf/Q/sqIiAiI g5vZ+u4O+TvBKkxbo1mG0+bjhoA3NutytVJVQVe073wzF53k3NGbfR3de1uYrw2YpG1mwOBROllj Bw2nuYn5Sfom6LXDGYdpBE1jWwx0IbGATcAP5/2QVlA2S+yxf0tUe0K+oOznFxLHo26MbXkho5AS xpJ9ZVdW9DXY8thaR8J8f9XkRFYyCIiAiIgIiICIiAiIgIiICIiAiIgIiICIiAiIgi7G+JGA+jaf 3bV6sDPCySzXh28m5ib2PH0tzfksezFWyj2BwGV8crxwbT6RMLiPom66cy2Qysn2kEscjXxuoAW2 8r739YsgqqDs9/Vcf/zh7tqvKDs9/Vcf/wA4e7aq6t6n76Gux5q1+EfNC8iIrGQREQEREBERAREQ EREBERAREQEREBERAREQEREHN7PUctd8n2AwRVRp74fTF5DA7O3cm3ab8xW6KFkW1DssTGl1C3M9 oALiH218wsvPY3xIwH0bT+7avVhZ4WSWc8u3kMwN7Dj6W5vyQVVB2e/quP8A+cPdtV5QdntMXx8H l36Dbybm1V1b1P30NdjzVr8I+aF5ERWMgiIgIiICIiAiIgIiICIiAiIg/9H+yoiICIiAiIgIiIOf 2Xq6ei2BwKeplbFHwdStzHpMbQB+ZW0B/hS7MW5N5DKANfr63WDZykFd8neC0xeWZ8NpuMBe1mNP wXuHUdHtXK9zY6cy0gLpHENEhz+fW3xUxF+wW1Awjxw2i/6vuyq/CFD1yn7VveoWF1tLHtdjrn1U LRK2ndGTILOAYQSPWuK6Kr6eTp9JatH5u1/T/al0qLPwhQ9cp+1b3pwhQ9cp+1b3qzBVky3tCLPw hQ9cp+1b3pwhQ9cp+1b3pgqyL2hFn4QoeuU/at704QoeuU/at70wVZF7Qiz8IUPXKftW96cIUPXK ftW96YKsi9oRZ+EKHrlP2re9OEKHrlP2re9MFWRe0Is/CFD1yn7VvenCFD1yn7VvemCrIvaEWff9 H1uDtB3pv+j63B2g70wVZIvhoRZ9/wBH1uDtB3pv+j63B2g70wVZF8NCLPv+j63B2g703/R9bg7Q d6YKsi+GhFn3/Rdcg7Rvem/6LrkHaN70wVZF8NCLPv8AouuQdo3vTf8ARdcg7RvemCrIvhoReUVV TzOyxTxSOtezXgleqiYmNqUXY3xIwH0bT+7av06KGbap7ZSybLRD6NzWnc+P+evl6F+djfEjAfRt P7tq9m5vCp92AN3kLOB1dx+cKL7ht3lSdVh7MKHBS0zduayN1PEA6gjcxpYNbPcCR+YXRqLiuHV/ C0GLYWIHVDYXU72TkhpaSCDcdBHIOVc11Vck5NWjTTfVTM3YomPX0UnUdG1pc6mgAHKSwaKRVY9s xSS7i+alkl+7gi3Vx9TQV9GzArSJcdrpsRdy7jfc4GnmswctukkqvS0NJQxblSU0NOz+2JgaP2TH azs5E4dGo3pmqezkjjMTPhCDw1DN/s9lq+dvLndStiaRzEZiLpu2NTaRbJ0kF9Q+epZYDyhrSbrp UT8/TVKPxrKN2yjvmZ8piPBzRpdpJdG4fgVNbncHyX9QAsvnBG0c3FkqMFpgNc0NEXk+SziumRLq utPFOtXbKKY7r/O9zXAGO/i+H/8AzG/yX3wYxI6naB1+e1BCB7F0iJh7Z4yjW7TKn+NP0c34MYj/ AMgf+hg/inga06uxzE8x5crowL+QZNF0iJhjOeMmt2vRdH7aY9HN+BjPxzFP/cf8E8DGfjmKf+4/ 4LpETBH3MmuW2ccI+jmvATCn8aapr5Xn6z3VJBPqFgngFg33ld+qculRMMGuaR15c14BYN95Xfqn J4BYN95XfqnLpUTDBrukdeXNeAWDfeV36pyDYHAXG08VRUM/slqHlvtXSomGDXdI68uc+b7ZX8Ij 7R/8k+b7ZX8Ij7R/8l0aJgpyNc0n3lXGXOfN9sr+ER9o/wDknzfbK/hEfaP/AJLo0TBTka5pPvKu MpOF7LYJgtUarDqBtPM5hYXB7jxSQbanyBVkRTERGxRXaV2k4q5mZ7XIYZVS0uwGzZZUPp2OoIA+ RoFxaC7RqDa7gAtcFIKzHmOnnrI53UDHytbNIwNcXcgF7dOg5Fq2N8SMB9G0/u2r3GfwpdmLcm8h lAGv19bqXD63BI2ueTXYg4ONwDVvs3TkGvr16V8GBxiIsOIYiXG9nmrfcXOnPbT4KmiCW/BIxAG8 IYkC0Al4q33NuXntr8VHfPTGhfXOnxOFtOGSGI1rjuzZBZgvm4tyR5rLqyAQQeQrBT4LT0sT44Za hudobmEhu0D6oB6BzefnQeFJhkNVBHUisrgHt+q2ve5vnuDqvYYLEHOO/cQNzyGsk0/da6Wmjo6d sEWbK25u43JJNySekkkr2QTm4JE2963EHXN9ayTTycqx4lh8VFh+bfuKlznMiEjKpznNLiGhxBNt L3V1eVTTR1cJhlBLC5rrA21BBH7gIMT8Ejfly12IsyuBOWrfxh0alDgkZka/f2IAAEFgq32N7a8t 9PiqSIJowSMSOdv7ECCAA01b7C19eW+vwWaSghpaynpn1WKSmqe7K/fT8sdml1ibjoNuVW15TU0c 8kUj75oXFzCDaxLS32EoOew+njrJajDuEa501M3c31Da4hzngC5DL6annFtFTfgkb8uWvxFlnAnL Vv1HRqeRaYsPiirDVbpK+TKWtD33DAbXsPLYLUg//9L+pnBIzI1wrsQAAILRVvs7k1Ot9PigwSMS Ofv7ESCAAzfb7C19Rrz3/ZUkQQcOoRPNVQz1GJskieDlfWOOVrhoLtPk8+q18Bxblk39iN7Wz78f fz8q00GHsw+J8cc00oe4vJmfmNzy6rUgnOwWJwsK3EG6jUVknevxNg7Gxl8dRiL3MuRG2teM56NS qi86iEVFPJCXvYJGlpdG7K4X6DzFBy881PTxw1T6rEG7tI6nFO+vLWh7Sbuzl1rcWysx4LFdzzXY g4PIIBrH2boNBY+v1r9nB4XULaM1FTuTW5dJLEt10Nuaxt6gtzGNjY1jBZrQAB0BBOGBxiIsOIYi XG9nmrfcXOnPbT4L4cCjMQYMQxEOFrvFW+5ty89tfiqiIIcn+m4zRRMlqy2dxad1qTIH8U6BpN9D Y371cWWagiqKuKokfKTEQ5sec5MwvY26dVqQRdjfEjAfRtP7tq9WBo2skIiLXGibd9hx+Obfl8VJ wWjqq35PMGhjylpw2kcxocWuzBrDqb2tpyLoI6HJiUlc+okkc9m5tYQ0NY299LC59aDWiIgIiICI iAiIgIiIC/EzDLBJG12UvaQD0XC/aIM9BSiioKelBvuMbWX11sOXVaERAREQEREBERAREQEREBER B//Z ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0086.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Covalent Bonds
C= onsider hydrogen in the ground state:
1 electron in s sh= ell
= Ionic bonding potential is never negative...
= Standard hand-waving argument:
   My pair of hydrogen atoms s= till want closed shells...
        = ;            &n= bsp; ...so they share their electrons.
There is nothing classical about covalent bonds --- they = really have to do with the symmetry of the electr= on = wavefunctions
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0087.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0087_image038.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAYQAAAEgCAIAAAA7UpN8AAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO wwAADsQBiC4+owAADTFJREFUeF7t3duS2lYQBVBP/v+fCck4hPHAIHQ52n16ufyQqoDUvbrZloQv H5fL5ZcfBAgQOFvgr7MLcH4CBAj8IyCM7AEBAhECwihiDIogQEAY2QECBCIEhFHEGBRBgIAwsgME CEQICKOIMSiCAAFhZAcIEIgQEEYRY1AEAQLCyA4QIBAhIIwixqAIAgSEkR0gQCBCQBhFjEERBAgI IztAgECEgDCKGIMiCBAQRnaAAIEIAWEUMQZFECAgjOwAAQIRAsIoYgyKIEBAGNkBAgQiBIRRxBgU QYCAMLIDBAhECAijiDEoggABYWQHCBCIEBBGEWNQBAECwsgOECAQISCMIsagCAIEhJEdIEAgQkAY RYxBEQR+EPj4+PX5c+4fwmju+equvMB9Bs2dR8Ko/LJqoJXAxJdIwqjVJmu2ksAtdy6XX58/5/4h jOaer+6qCtzuyO4z6PbfU96vCaOqy6rungIT55Ew6rnSuo4WeHhZFF3xHsUJoz0UHYPAQIFZL46E 0cAlcioCCwR6XhZdYYTRgu3wEgIEjhcQRscbOwOBvQWmvFMTRnuvieMR2CDQ9h7NbdqGrfFWAqcK zHdx5Mro1IVycgIE/hMQRnaBQIpA53s0t2kpW6gOAisEJrtTc2W0Yge8hQCB/QWE0f6mjkhghUDz ezS3aSt2xlsIEDhEwJXRIawOSmCMwEyPjYTRmJ1xFgIEXggIIytC4HwBD4w8Mzp/C1VAgMCngCsj m0CgtsA0j42EUe1FVD2BaQSE0TSj1EhVAQ+M3KZV3V11E5hSwJXRlGPVVC+BOR4bCaNeW6tbArEC wih2NAprIeCB0W3MwqjFxmuSQL6AMMqfkQoJtBAQRi3GrMnpBSZ4hi2Mpt9SDRKoISCMasxJlVMK eHp9P1ZhNOWSa4pAPQFhVG9mKibwUKD6YyNhZLEJEIgQEEYRY1AEAQLCyA4QOEfA0+s/3IXROYvo rAQICCM7QIBAooAro8SpqInAOoHSX6gJo3VD9y4CBHYWEEY7gzocgSUCnl5/VxJGSzbHawgQOFxA GB1O7AQECCwREEZLlLyGQBmBus+whVGZJVMogbkFhNHc89UdgTICwqjMqBQ6jYCv0h6OUhhNs+Ea IVBbQBjVnp/qCUwjIIymGaVGCPwWKPqFmjCywQQIRAgIo4gxKKKPgKfXz2YtjPp8CnRKIFpAGEWP R3EE+ggIoz6z1imBaAFhFD0exRFYJ1DxCzVhtG7W3kWAwM4CwmhnUIcjQGCdwMfldj13PcDtW8d1 B9v3XfeF7XvkdUeLwlnXgnedInC3ySO/1398rrQ1vsMJvjK6qqXBnbLKTkqgh0BwGEUNQCxGjaNW MTnLk1PJowl+vU3LmfHIy9klXafVs6Rmrzld4NvaDN6jP083+PRv+rsyehPMywkQOEZAGB3j6qgE CLwpIIzeBPNyAmsFsm+S1na13/uE0X6WjkSAwAYBYbQBz1sJENhPQBjtZ+lIBMIEav0JNWEUtj7K IdBVQBh1nby+CYQJCKOwgShnUgFfpb0crDB6SeQFBAiMEBBGI5SdgwCBlwLC6CWRFxAgMEJAGI1Q dg4CZwkU+nZfGJ21JM5LgMAXAWFkIQgQiBAQRhFjUMTcAr7XXzJfYbREyWsIEDhcQBgdTuwEBAgs ERBGS5S8hgCBwwWE0eHETkDgXIG0f/TrmYYwOndPnJ0Agd8CwsgqECAQISCMIsagiA4CVW6XzpqF MDpL3nkJEPgiIIwsBAECEQLCKGIMiiBAQBjZAQLzC5R4XCWM5l9EHRIoISCMSoxJkQTmFxBG889Y hwkCJW6UzoUSRuf6OzsBAr8FhJFVIEAgQkAYRYxBEQQICCM7QKCFQP5DK2HUYhE1SSBfQBjlz0iF 5QXyr0oSiIVRwhTUQIDAL2FkCQgQiBAQRhFjUASBkQK3fzpp5ElfnksYvSTyAgIERggIoxHKztFQ IPPqI3kQwih5Omoj0EhAGDUatlYJJAsIo+TpqI3AUQKBd5HC6KhhO25ngcCPev44hFH+jFRIoIWA MGoxZk0S+C6QdvkmjGwpgZ0F0j7kO7d32OGE0WG0DkyAwDsCwugdLa8lMIXA7W8RiLqIE0ZTLJcm YgRuH29/bci7MxFG74p5PYEZBAIvjoTRDIulhxABl0VbBiGMtuh5L4H/BcolUdrFkTDycSLQVyAq j4RR30XU+V4C12uicpdFt96vefQZSad/syaM9lpIx2kqcB9D1b9Bu0/V8eMURuPNnXEGgc/P7elX E3tR3sfoWa19XDLDPO2qN62evXbQcX4UWJg1Tz9DaWvzqp6F/V7NjoiNL2G0vJQ1O3z5WP6u22s/ /r2bPf3HmnpCSj/dbvoCni/2mrU5kmtpPQNX9z7UBt6mXTu8/TxS/Mxjd+jxTN+kc18/2Z8/5/tx UmsDr4y+z2ymX1IG/mIy3/LndrQta5ZeiYzqf896dlr4L8+qhj0zenYP+Pjm89XN7ajx/XeeH+t5 2NoRN9Wju3a+jQKl1nhjr9vfPu427fO3M9x+U8Ot9GMfVG0XenWE+/qf9fjqGP4/AQIn/fPW3yOp +ijm66j6RNRfTmDcldGDR0Z3v/Wz4vXR7beZuCMrt/cKDhQ4M4w+OaL+dMzyCaU9DVheuVcSyBQ4 P4wyXX6uShJVnJqawwUiwqjoxVH4aJVHoJZARBjVInNZVGteqq0ikBJGLo6qbIw6CRwkkBJGB7W3 +2FdFu1O6oAEPgWCwsjFkaUk0FkgKIwKjcFvLCo0LKVWERBGVSalTgKTC2SFkSuOyddNewSeC2SF UYlJScwSY1JkOQFhVG5kCiYwp0BcGLnumHPRdEXglUBcGL0q2P8nQGBOAWH03lxduL3n5dUEFgsI o8VUXkiAwJECiWHk6uPIiTs2gVCBxDAKpVIWAQJHCgijI3UdmwCBxQLC6DVVxb+f+3VXXkEgTEAY hQ1EOQS6CgijrpPXN4EwgfQwcosUtjDKIXCUQHoYHdW34xIgECYgjMIGohwCXQWEUdfJ65tAmIAw ejEQD63CNlY50woIo2lHqzECtQSEUa15qZbAtAIFwsiN0rTbpzECdwIFwsi8CBDoICCMOkxZjwQK CAijAkNSIoEOAsLopyl7XNXhM6DHEAFhFDIIZRDoLiCMum+A/gmECNQII7dLIeuiDALHCdQIo+P6 d2QCBEIEhFHIIJRBoLuAMHq6Abd7Q/90UvdPif6HCAijIcxOQoDAKwFh9ErI/ydAYIhAehjdbpF8 oTZkH5yEwGkC6WF0GowTEyAwVkAYjfV2NgIEnggII6tBgECEgDB6PAbf60espyI6CQijTtPWK4Fg AWEUPBylEegkUCCMfLvfaSH12legQBj1HY7OCXQSEEadpq1XAsECwih4OEoj0ElAGD2Ytu/1O30E 9JoiIIxSJqEOAs0FPi6Zf1tP7J+LzeRqvsWx7Vvjd0aTemXkM//OFL2WwAQCqVdGV9q0X1Xk4wT7 fkoLUZscvMbBYfR1b0Y+VB55rlM+HU5KIFAg9TbtPCpJdJ69M7cWEEatx695AjkCwihnFioh0Fqg TBj547Kt91TzDQTKhFGDWWiRQGsBYdR6/JonkCMgjL7MwldpOaupkm4CwqjbxPVLIFRAGIUORlkE uglUCiNfqHXbTv22EqgURq0Go1kC3QSEUbeJ65dAqIAw+n8wvkoLXVJl9RAQRj3mrEsC8QLFwsgz 7PiNUiCBlQLFwmhll95GgEC8gDCKH5ECCfQQEEa/5+zpdY+F12WugDDKnY3KCLQSEEatxq1ZArkC 9cLIF2q526QyAhsE6oXRhma9lQCBXAFhlDsblRFoJSCM/hm3r9JaLb1mMwWEUeZcVEWgnUDJMPIM u92eariBQMkwajAXLRJoJyCM2o1cwwQyBYSRp9eZm6mqdgLCqN3INUwgU6BqGHmGnblPqiKwWqBq GK1u2BsJEMgU6B5Gfrtj5l6qqqFA9zBqOHItE8gUKBxGHhtlrpSqCKwTKBxG6xr2LgIEMgWEUeZc VEWgnUDrMPL0ut2+azhYoHUYBc9FaQTaCdQOI8+w2y2shucVqB1G885FZwTaCfQNIw+M2i27hrMF yoeRO7XsBVMdgaUC5cNoaaNeR4BAtkDTMHKPlr2Wquso0DSMOo5azwSyBWYII4+NsndMdQQWCcwQ Rosa9SICBLIFOoaRB0bZO6m6pgKThJE7tab7q+2JBCYJo4kmohUCTQXahZF7tKabru14gXnCyJ1a /LIpkMBPAvOE0ZI5uyxaouQ1BE4RmCqMXBydskNOSmAXganC6GcRl0W7bIyDEDhIYLYwcnF00KI4 LIGjBWYLo2deLouO3iTHJ7BR4ONyu5bYeKSwt9/S576uSXsNo1cOgVUCXa6MrjEkiVZtiDcRGCQw bRiJnkEb5DQEdhKY9jZtJx+HIUBgkMC0V0aD/JyGAIGdBITRTpAOQ4DANgFhtM3PuwkQ2ElAGO0E 6TAECGwTEEbb/LybAIGdBITRTpAOQ4DANoG/AW0fgigliHnXAAAAAElFTkSuQmCC ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0087_image039.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCAChANkDASIAAhEBAxEB/8QAHAABAAMBAQEBAQAAAAAAAAAA AAUGCAQHAQID/8QAQxAAAQMCAgQHDAkDBQAAAAAAAAECAwQFBhESITHSEyJBUVSTsgcUFzI2U2Fx cnSRlBUWJDVSgaGz0SVEYiNCorHB/8QAGQEBAAMBAQAAAAAAAAAAAAAAAAIDBAEF/8QANxEAAgEC AQgHBwMFAAAAAAAAAAECAxExBBIhUVJhkZIUIkFxcrHSEzIzgaHB4UJisiQ00fDx/90ABAAo/9oA DAMBAAIRAxEAPwD2UAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAxobLMaAGywAAAAAAAAAA AAAAAAAAAAAAAAAAAAACnpTT4wr7lP37UUlPb51p7e6B6sVJmpx5Fy8bjcVEXVki85Y71cG2qyVt wd/bQPkT0qiLknxOPCFvdbMKW6memUvApJLnt038Z2fpzVTZRbpUpVVjdJeb+y7mRel2P1he7y3m xxVFUxsdZG50FXEn+yVi5OT0c/qVCXKxZv6fji+W5ckjq2RV8SJzqmhJ+rU+OtSzkMqhGNVuODs1 81e3ywOxwAAMx0GNDZZjQA2WAAAAAAAAAAAAAAAAAAAAAAAAAAAAACs49Xh7HT2xFVHXKugptW3L TRzsuTY1dpZURETJEyRNiIVm9/bMcYeok4yU6T1kjdqIiN0Gqqcmt2pfQWc11urRpx73xdvKKIrF lYvX2PHNgrm/3LJ6KROdFaj2+rW1fXmWcrGPcobJS3FdSW6vp6lXcjUR+iqqnLqcuos4rdajTl3r g7+TQWLP/9D2UAAAxobLMaAGtK6PEjqt60FTbWU2rQbNE9Xpq15qi5bczn4HF/TLR1Em8T4IOG9m mOUtJLNjwRAcDi/plo6iTeFDX3qHEEdsujqKVs1O6Zr6djmq3RVEyXNV5yfIGp8vKH3CXttISjm2 aZfSqqrnRlFYN6ElgieABceeRuIrlLZ7BV18LGvkhYisR2zNVREz+JxcDi/plo6iTeGOPI24ey3t tJ5NiFTWdNq/YvubozVLJ4yUU25SxV8FH/LIHgcX9MtHUSbw4HF/TLR1Em8T4O5m98SHSnsx5UQH A4v6ZaOok3hwOL+mWjqJN4nwMze+I6U9mPKiA4HF/TLR1Em8OBxf0y0dRJvE+Bmb3xHSnsx5UQHA 4v6ZaOok3hwOL+mWjqJN4nwMze+I6U9mPKiA4HF/TLR1Em8OBxf0y0dRJvE+Bmb3xHSnsx5UQHA4 v6ZaOok3j+dSuLqalmqHVdockTHPVEgk15Jn+IsZyXb7nrfd5OypxwssXxJ08pbmk4R5UVmwVa3v Gj7mrURYLPTscjdjXSrwiovPqRMi4lG7l32i3XCv8bhJo4Eeu3KKJrcvUi55esvJuyl9aMdUYr6K /wBbmSrFRqSSwu/MhsX0iV2ELrTqjc1pXuTSTPJWppIvxRCItN7v19TK2SUcMUNLTvctUxz3uWSN HbWqhbnt043Mzy0kVMzz/uTqve9ziVMu93xwa+XQ0m5+jPIjLrZNbVJfWL9KLsmtH2k2k7R0X8UV 5Nlj4HF/TLR1Em8OBxf0y0dRJvE+DJmb3xJdKezHlRFW6PEDarO5VFvkg0V1U8T2uz5Naqpkk2WY 0JpWKKk893sl3KxssAHSsEDU+XlD7hL22k8QNT5eUPuEvbaV1MF3o15L70vDLyJ4AFhkIDHHkbcP Zb22k8mxCBxx5G3D2W9tpPJsQrXxH3L7muf9rDxS8oH0AFhkAAAAAAAAAAAAByXX7orfd5Oyp1kP iy4stWFrjVvVNUKsai8rncVE+KhRcuqsWTpu0095GdzWk71wVTLotRZ5JZVVvLm9cs/TkiJ+RayL ww1G4WtaNRETvSPYn+KEodc3PrPtJ5QrVpre/MFPwVTd6X/FEWblzrkfm5Ml42k7/wBLgVG2XFsX dNvVtc/JainilYmW1Wtai/o7/sdaVoLXfgmTofDq+FfyiW4AHDMDGhssxoAauuOM7Laq6Siq5KlJ ostJGUkr01oi7UaqLqU5fCHh3ztZ8hNulnBpjPJ7K8HfxL0kdJWou6FhmWZsPf7opXeKyaCSNXer SRMz+FReaJcaUc6Ok0G0UrV/0nZ5q5vJkWOut9Fc6d1PXUsVTE5MlZKxHIUvD89VHjtbNWySTzWy nmYyeRc1lic5rmKq86IuS+oor01OLnRdrWunp7cbq3b2W/F2TKr7SVpK2bLs3PeWv6ft/wCOXqH/ AMD6ft/45eof/BJAzZtbaXD8mLMyjbXK/UVLGN5oqnCldDG6RXua3LOJyJ4ycqoSFbjOw2xjHVta sCP1NR8T0V3qTLWfnHKomDbiq7EY1f8Am0/GFqOSspG3+6Ro+vrk4SNHpn3tCutkbebVkq86quZb QpSzpTqS0K2C0u98NLtg7vT3GySrdFppyXvS7N0N5/Lwh4d87WfITbo8IeHfO1nyE26WcG3PyXYl zL0lVpayseEPDvnaz5CbdHhDw752s+Qm3SzgZ+S7EuZekWlrKx4Q8O+drPkJt0eEPDvnaz5CbdLO Bn5LsS5l6RaWsrHhDw752s+Qm3R4Q8O+drPkJt0s4GfkuxLmXpFpayseEPDvnaz5CbdHhDw752s+ Qm3SzgZ+S7EuZekWlrKrJ3RLOip3vSXWrTlWGgk4vrzRCJulz+tML3VtJUUNtpGulZTzxKslVIjV 0VciamtauvJVXNduWR6Acl2+5633eTsqVVK2am6Ec163pfywV99vrpEY1HUjaSxXZ+T/0fQsO3uh hw5bYnul0mUsbVyheutGp6CR+n7f+OXqH/wfnDPktavdIuyhKGaMa2arSXD8kcqjlHt52msX+l6/ ERv0/b/xy9Q/+CnzOpq3E91uFNO+GtpZYZaSRYXKjl4LRcx6Imei7YvxTYehEBZ/K3EXtU37ZJOv TnGSkr92579RZk8K/sq15L3V+l7cf3EdF3Q4mMRtdh+8QTJ4zYqbhmfk5NqHT4Q8O+drPkJt0s4P QjUotdeGnc7eal5lMVNLrO/y/JC2rFtovVZ3pRSVDpdFXZSUskaZJ6XNRDJxssxoVVHBvqJpb3f7 Imr9pssAFZ0FZqWU9P3SKKZV0Zaqgkj9pWuzT9M/gWYo+K6zvLuhYYk01Ykj3RKqJnnpZty+Kodj Fzaiu3/ppyZ2cn+2XkXgAHDMVvugTpDg6rarVckzo49uzN6aywxRsiiZHG1GsY1GtROREKN3WKnR tFtpUbmstaj9S7Ea12erm4yF7TYhKUM1p61f6tGmT/po+KXlA+gAiZgAAAAAAAAAAAAcl2+5633e TsqdZyXb7nrfd5OypyWDLKXxI96ObDPktavdIuyhKEXhnyWtXukXZQlDkPdRPKfjz735ggLN5W4i 9qm/bJ8gLN5W4i9qm/bIz96Pf9mWZP8ADq+FfyiT4ALDIDGhssxoAbLAAAPPO6SisuNNWpqWgp0q dJPGbozx5q305KqfmehkDi+wUd5stS+WLOpgppOAkRVzauWaakXja0TUpZRk41YSXY0/r8y+hOEJ PPwaa0acVquvMnUXNEXnPpT8P4XsN1w9b699LNp1FMyR32uXarUz2O5yR+o9g6LN83LvFU1UhJxa V1v/AAWKGS7cuVeorXdFTvm8RR8lFbJZ827c3yRsyXmTUuXqPQ02IUO04Xs9ZjC9RPpXSUlCkEUb HSvVNNWq52ea5u2t26i+l9dTUoqStaK7b43lqW0RqTpeyjTptuzb0q2NlreoAApMwAAAAAAAAAAA AOS7fc9b7vJ2VOs/MkbJY3RyNRzHorXNXYqLtQ41dEoSzZJkbhnyXtXucXZQlCA+o+H+SjlanM2p lRE9SaQ+o9g6LN83LvFcc9JKy4/g21Oizm558tLv7q9RPkBZ/K3EXtU37Y+o9g6LN83LvEja7Lb7 MyRtBT8Fwqor1V7nK7LZmqqqi021dYf7qI51CnTmoSbclbSku1Paeo7gAWmIGNDZZjQA2WAAANuo AArGAMocOSW/YturJ6VW/h0XqqJny6lTWWcrNjzosa4gt6+LPwNbHl/k3Qdnza2ExfLh9FWKvuGa Z01O+RM1RM1Rqqia/Sbcqi6mUaP1WfNZ+bIx0Ih8EfaKa63Ny6Tq65zPR23iNXQaiLypk3V6yzEP hGg+jMJWykVFRzadrnoqKi6TuM7UuzWqkwV5XJSrzawvo7loX0OxwAAMx0AAAAAAAAA//9L2UAAA AAAAAAAAAAAAxobLMaAGywAAAAAVi+/03GFju/ixVCvt87k/z40efo0m/qfcbKtXSUFjYubrrWMj kam1YWrpyL8G5fmTN3tVPerXNb6rSSOVE4zFycxyLmjkXkVFRFOC02OsiuKXW81rK2vZDwESxR6E cbM81VG5rxl1Zr6EQ9GlWppQqSfWhfRr7Y8G9O5Ig08CbREaiIiZImw+gHnEwAAAAAAAAAAAAAAA AAAAAAAAAAAAY0NlmNAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAD//2T== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0087_image040.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhhAEgAXcAMSH/C01TT0ZGSUNFOS4wDQAAAAFzUkdCAK7OHOkAIf8LTVNPRkZJQ0U5LjAV AAAACXBIWXMAAA7DAAAOxAGILj6jACH/C01TT0ZGSUNFOS4wGAAAAAxtc09QTVNPRkZJQ0U5LjAE GPoRowAsAAAAAIQBIAGBAAD/AP8A/wAA////Av+cj6nL7Q+jnLTai7PevPsPhuJIluaJpurKtu4L x/JM1/aN5/rO9/4PDAqHxKLxiEwql8ymcwKIPqdURRRQTV6x2a7z6jVupeEycUw298ADtvq9Jrvh OPecjp/Z03na/N4XyPLHJ/hyB2ioOIJYuKgCmPg4yRHpSFmSKInJCXW52fmheRla6jDKZSoiCarq 2kba+lqxKTvLWUt6a5Gbuvva+7sBaiu8SKxr/IDsqxzK7MybDNscPdlabG2APa2dx13tvSCbLW5G 3u2NHm7et97eYFsOXyWfrm3PTq+Wv2+VPs/fF4D3ohULKJDJwYLKFupL2MUhxGwIIR6hyNAYxof/ Fp9snFiwYsczITP+KidypBCUJm+x5KhyyUuB81LGjAMzgU1TNVve/NEzZ8OMO3/mCEqTqE+jPJDu C1iUqQ2oS3majCrVz9WqpRBizQrDK9dnLb+CdSFW6MmyY8/GSPuUrVq3R+XSq2iWLiSfeQ3hbau3 xd+5wPgCDrxiMDyRfREzWto4EOPDjk1MJuzqcmUgms2ljLzZw2fKfquCDl3JNGlBozGjTqzaNVnZ B06/vmDT9pvcq28P46qbH/DevjPwpo1rOPLiIY6L2xmcOQToxOlQXy5d9NjoXq5n14qde8Tt1b9L 8I6vrXjztdWX3+0eO3vc8dXVny/4vrWi6+fz/39/DmD9sRfVgAPJRw1++SFoYBMFAqggAg8iKNlh DTKH1YUyWQhhhBl2OB6FGvr2IYXucGhihPGguB+LKp5QokGUjXjbVzSKMSOI+Nmo4xQ8pvjiPybe WIRZRFZmZI8ekXakY0kCCV+KTSL2pDNVBvmYlEoe2NyW0l0pTF5TBiaml0qUCSWWaGq02ph6rRlm m2YWB+daULp5Vl94NtXbnlnpOScSgKap4qBs3hkoaobGiSihHvaZaJHE+SlVY5TeYGmkm2XqaD2T aorkp51SwSmWXaZ56VTVpRpTZH4KAGusss5Ka6223gqrTqvygWuvvv4KbLDCDktsscYeK6uEu//6 gmyzsTLgbLTtETpHtNZei2222ko7bSa8bisstOCGu82yB4yLbrrqrjtstyS4wW6vOjxbLrVp0Gsq BPi6em+ulNALGrz+5vvAvuWxge8jAB/crwAE6ztwwGQkvMjCjgrs8MMOGHzxxAMr7K/EqVCscQIc W+ZxxpNYDGPKJTfAMspckGxIzN7O/PHLCNj8rsv/hvwewjnrbADPWRY9dM1Adyq0ykSfu3TLODtd cdQyI03100av4vPKudrW9NMmW301zYI8C3bXYg+wNddYmB0I2gCGvTbW9aIABtx9yD0q3XW3fSrb SZ/9NYR5D/4y3ykcnrXSDuvGeN12Qy6F3nn/KI535YiXjLnUgjdO+OOGaw564oWPmqDleHRe9uYa s37z55jEGlzkksN+s+p00N6h7X+fvhcAusPBO+qpu/4w7j0Lj/zusNZOuuSyQ8986Xs/33v0twO/ eBTDv1E8bNVLH37w36tRfvfjby9AdFecb0b6ma//e/sgvt888dgbTw38L8ovNf+FAYAyE2CECJi7 /IEPe4PwngKxhEBvGbALvGsg/dYWwZ5NMAsVFN8G55PBx3yQCh003wODFEKujXAKJVTfCr+Twi69 0Akt7N4MpVPDzN2QCTls2Q6L00OU/VAJQZTgCf/HwAYOMQlF1OARVdREET7RC1FU4RQVVEUZ/16R g89DywXFlsXmLBEJtPPiGFETRhB8URFlzM8ZQ5NGUbyxCG1U4hZBmMRBzJEIdYTNHh0TR9H8UQh9 TMwgA1NISBwSCIlc3CLp0ki8PdIHkYTRJM9SSctckgeZzMQms9LJd31yXl1EyyiZEkpGnBIHl1wj 0VI5glXeoJWyvAksRVDLGtDyjuy5ZQhySYNdWu91pXQBMGewyWN2JJm8ZGEzMaBMizBzmKt75gWi CZFpzs6aFsBmQrR5DXDWLwbeFIw4McjNCvgyDK5UQTn9MU3+ASWedWtnCtbZHXquzZ4owGdE9Ck2 fp7An1kQqAkI6h+AlkahRDNoCQJZUIeSAP+hBIqnPPlk0YBKNJZ5ZM1GcdnRlzmQmg8N6TdGSk6T agylMIAoqVj6ApcS6KO/3F9paAqCGBYKpsa0qUdx+gGdPgqoHhBqRN+WTgoYdUc8bYHyhINUkk7U pyJtKgueGqCoplR0F/2J73rK1QpptaXcW6n2YlpW66jNqWkl2FfZmjFWaWdqW73bw/wGVrvCAWN1 TdBd13rViIFKfVCTKkdVJtdZ8JWsiB2s5wrbV7+aarFodVpiMVCtpE4gYZe1CrM0KwHOOnZ5YzMs SC072hZ91rQ1pVpnPVGNc0p2qKWNrLsiKi7W5nRor6UEIGSr1yWRArjBzY4kiDuGA+mCuNT/6K1a t5Bb2+qKVWhAw8ZAGwG4Vde6f9oudKPL2FN4V1TjLe94A4De9KoXvbFar3vfC9/4yre98jWvfe+L 3/zqd7/87W9/5RsA+gJ4wAR+r4Dj61/7MiDB5yXwgQsM4QE/GMEMrrCFL4zhDG+hwBOOsIfd2+H3 apgVDP6wekNs4g+jmMAjbrGLX5zfFLMXVjKu8YwFUOMKk1K3QcUuGn1cMCDTUcgwIzIgjbyAdwaW x0VFMiKdXNufMbkDSqYHc+MG5Z1l2S1Xvt6UOVBleHT5clu2G/uky8Yyy+7M4ZUyml+p5jDfM85q BiWdv1yFMSfvztvEswbkbA49O8/PGQC0/zgErT9CQ7POUkH0AhV9TUajks9ubvM4LQ0ySHdT0kZx NPoofenK9vnNOvN0/ECNTk2rk9OzRDUYXZ1mVSuV1baEteNIbTpZb5bWurR1qX2NZV2HltcqMXUZ jA1FYHsZ15xTNpmFnV1ijwTZVHT2nqENMWwbgdpYtPagmU1MbV9X3Hz0dr64zUVygzfUea20qNn8 bq+pO8nSXqa5Hw3ua+f725h+9bwVYOiD3huCAz/1v6PMbriOut9aK/ixHZ7sg2tZ4pSE+AEtTkGM 4wfdedY4HiluZnnv+9weJ2HJzcNxk4N8zQlf8sLjneqR45vhcF55wEtq83pL8+RPSDnKefhOQ6Dj UOg8JDoQjU5EpN/G5z1X+muYHvScr9zOUn95u1u+gptPterwvnqmZU5wrouc5r8W+9fJnmuwG1zt SDR71dzecLjfGu3Nlnvo2B5xvFfb7mmn+7P13m2+L9vv+iY8v2Hub8CnW/EfZ7zKHf9zwf/d8CSX fDUtTzCoN0HzzOH8EjzvG9Az0ek/xnyiIQ9D0m9b9ZsRPRlZXxnXH0H2cIT9EGjfetsTUvdPNv3M ER931Edd+EP3/aeNj0LeM1L5kGR+xZHfduIXPV64Ih/1q9/n69PK+tqvFSe6PyvpTRz84i+/+c+P /vSrf/3sb7/73w//+P+gAAA7 ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0087_image041.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAYQAAAEgCAIAAAA7UpN8AAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO wwAADsQBiC4+owAADX5JREFUeF7t3e162zYSBlCr93/PqhPHip3EFvE9A5w++2O7SwCDM/BbUlTj 2/1+f/EXAQIEVgv8t7oA6xMgQOCHgDByDggQCCEgjEK0QREECAgjZ4AAgRACwihEGxRBgIAwcgYI EAghIIxCtEERbwK326//ADlQQBgd2PSgW35NosdfH/970HKV1VtAGPUWNR8BAlUCN9/ArnIzqKfA 4z7o8a8D/P2/9FzPXCEF3BmFbMvxRf2dSseT7A8gjPbvcfAdugkK3qBp5QmjadQWKhNwc1Tmlf9q YZS/h5l34LYoc/c61y6MOoOarqOAm6OOmPGnEkbxe6RCAkcICKMj2hxzk57RYvZlVVXCaJW8dS8J eFK7xLTFRcJoizbaBIH8AsIofw9z7sAzWs6+DaxaGA3ENTUBAtcFhNF1K1euEfCx0Rr36asKo+nk Fvz55xa9/eUXZTkODwFh5DAQIBBCQBiFaIMivhfwpHbCCRFGJ3TZHgkkEBBGCZq0WYk+MNqsob22 I4x6SZqHAIEmAWHUxGcwAQK9BIRRL0nzjBXwGfZY3wCzC6MATVACAQIvL8LIKZgq4NPrqdypFhNG qdqlWAL7CgijfXu73c58bLRdSz9tSBjt3V+7I5BGQBilaZVCCewtIIz27m+s3fn0OlY/glUjjII1 RDkEThUQRqd2Pue+fYads2+XqhZGl5hcRIDAaAFhNFrY/AQIXBIQRpeYXNQu4NPrdsO9ZxBGe/fX 7gikERBGaVqlUAJ7Cwijvfu74e68UNuwqT+3JIx27ax9EUgmIIySNSxpuT69Ttq4mWULo5na1iJA 4EsBYeRwECAQQkAYhWiDIggQEEbOQD4BL9Ty9exCxcLoApJLCBAYLyCMxhsfv4JXaccfgUsAwugS k4sIEBgtIIxGC5ufAIFLAsLoEpOLCBAYLSCMRgubf4iAF2pDWJdOKoyW8lucAIF3AWHkLBAgEEJA GIVow8ZFeK+/cXP7bk0Y9fU0GwEClQLCqBLOMAIE+goIo76eZpsn4IXaPOspKwmjKcwWIUDgmYAw eibk/ydAYIqAMJrCfOoiXqWd2vmafQujGjVjCBDoLiCMupOakACBGgFhVKNmDAEC3QWEUXdSE84T 8HZ/nvX4lYTReGMrECBwQUAYXUByCQEC4wWE0XjjU1fwXv/UzlfuWxhVwhlGgEBfAWHU19NsBAhU CgijSjjDCBDoKyCM+nqabbaAt/uzxYetJ4yG0ZqYAIESAWFUouVaAgSGCQijYbRnT+y9/tn9r9m9 MKpRM4YAge4Cwqg7qQkJEKgREEY1asYQINBdQBh1JzUhAQI1AsKoRs2YUAK+ahSqHdXFCKNqOgMJ EOgpIIx6apqLAIFqAWFUTWfglwK+ZORwVAgIowo0QwgQ6C8gjPqbmpEAgQoBYVSBZggBAv0FhFF/ UzPOF/B2f7559xWFUXdSExIgUCMgjGrUjCFAoLuAMOpOevqE3uuffgJq9y+MauWMI0Cgq4Aw6spp MgIEagWEUa2ccQQIdBUQRl05TUaAQK2AMKqVMy6YgK8aBWtIcTnCqJjMAAIERggIoxGq5iRAoFhA GBWTGfCNgC8ZOR7VAsKoms5AAgR6CgijnprmIkCgWkAYVdMZSIBATwFh1FPTXAQIVAsIo2o6A8MJ +KpRuJaUFCSMSrRcS4DAMAFhNIzWxAQIlAgIoxIt134r4EtGDkiLgDBq0TOWAIFuAsKoG6WJCBBo ERBGLXrGEiDQTeB2f7wOfZ3z8dDfbX4TjRH42LUxK1TMGuUzI8e4onmrhnw4ye6MVjWhbd3Xnzc/ cm2ERkcTEEbROqKeNgEZ3ea3cPTnx7SFhVj6ukCUx6E/Kw5R13sRt5dPn0Bc13XlKgF3Rqvkd1s3 RBLthnrWfoTRWf0+aree2HK1Wxjl6pdqCWwrIIy2ba2NEcglIIxy9Uu1BLYVEEbbttbGCOQSEEa5 +qXaMgGfYZd5Lb1aGC3ltzgBAu8CwshZIEAghIAwCtGG7EX4xmP2DkaoXxhF6IIa+gv4w/n7mw6e URgNBjY9AQLXBITRNSdXJRRwc5SracIoV79US2BbAWG0bWttjEAuAWGUq1+qLRPwpFbmtfRqYbSU 3+IECLwLCCNnoVUg+JeM3By1NnjWeGE0S9o66wTk0Tr7gpWFUQGWSwkQGCcgjMbZmjmQwOvN0dv9 kV/yFKgrn0sRRmFbo7CBAiJpIG7t1MKoVs64hAJ//CLet0jyZx4F6aTfmxakESVlBHt9Fauca9W0 BFDIXy1ecn6iXvspjFo6FHWDOeoqO9/Xft6m7TxWOSXVOPDTDslXC308+R7Tlrfj96eqGX82Sn72 Q1B/LOLtU+2yfxKE28Q+BbkzitjLJz8ekQIgUi0/Wzm+oIz/zIh4yn/W9PGo+8woRJv+eb6/jKTx P2/XUSLVMimMruO4skjAY1oR16iLPS+MkjVvHgFhFKtXHz/C8NY5Vm9UM1hAGA0Grpr+j0iqmsMg AskEhFGyhimXwK4CwihuZ/275nF7o7IBAsJoAGq/KYPnUbhXaf3kzTRfQBjNN7ciAQL/EBBG0Y9F 8Juj6HzqyyMgjPL0SqUEthYQRlu31+YI5BEQRgl65UktQZOU2CwgjJoJTUCAQA8BYdRD0RwECDQL CKNmwikTeFKbwmyRlQLCaKV+6rV94zF1+wIWL4wCNkVJBE4UEEZpuu5PR03TKoVWCQijKjaDCBDo LSCMeouajwCBKgFhVMVmEAECvQWEUW9R8xEgUCUgjKrYFg3yGfYieMvOEBBGM5T3W8OXjPbr6fId CaPlLVAAAQI/BISRc0CAQAgBYRSiDYogQEAYJTsDPsNO1jDlXhYQRpepXEiAwEgBYTRS19wECFwW EEaXqVxIgMBIAWE0UnfTuX3JaNPGLt6WMFrcAMsTIPAmIIycBAIEQggIoxBtqCvi8bhUN9woAqEE hFGodiiGwLkCwujc3ts5gVACt/uHr/TeXm6hilPMPwXu7126vdxfHn8zE+t2/7XaktW/3elvnPca Z8JYq1Tg9QQ/hrgzKtVzPQECQwSE0RDWnScNfFu0M/sBe/v0mHbAfrfY4vtbtNfHtPn/3mz0bzxG r2+LEzhmE+6MxrialQCBQgFhVAgW7HJfNQrWEOXUCwijejsjCRDoKCCMOmKaigCBegFhVG9nJAEC HQWEUUdMUxEgUC8gjOrtDhzpvfmBTZ+2ZWE0jdpCBAh8JyCMnA8CBEIICKMQbWgpwleNWvSMjSMg jOL0QiUEjhYQRke33+YJxBEQRnF6oRICRwsIo6PbX7R57/WLuFxcKiCMSsVcT4DAEAFhNITVpAQI lAoIo1Ix1xMgMERAGA1hnTPp44959FWjOeBWGSogjIbympwAgasCwuiqlOsIEBgqIIyG8pqcAIGr AsLoqtTh1/mS0eEHYML2hdEEZEsQIPBcQBg9N3IFAQITBITRBOSBS3i7PxDX1HMFhNFcb6sRIPCF gDByNAgQCCEgjEK0QREECAgjZ+C5gPf6z41c0SwgjJoJTUCAQA8BYdRD0RwECDQLCKNmwtUTeLu/ ugPW7yMgjPo4moUAgUYBYdQIaDgBAn0EhFEfR7MQINAoIIwaAfcf7r3+/j2OsUNhFKMPqiBwvIAw Ov4IACAQQ0AYxehDWxXe7rf5GR1CQBiFaIMiCBAQRs4AAQIhBIRRiDaELcKrtLCt2a8wYbRfT+2I QEoBYZSybYomsJ+AMNqkp16obdLIg7chjA5uvq0TiCQgjCJ1Qy0EDhYQRgc339YJRBIQRpG6EawW 7/WDNWTzcoTR5g22PQJZBIRRlk49r9MLtedGrggsIIwCN0dpBE4SEEYnddteCQQWEEaBm6M0AicJ CKOTul2yV6/SSrRc20FAGHVANAUBAu0CwqjdMNAMXqgFaoZSCgWEUSGYywkQGCMgjMa4mpUAgUIB YVQIdsblPr0+o8+xdimMYvVDNQSOFRBGx7bexgnEEhBGsfrRXo0Xau2GZlgiIIyWsFuUAIE/BW73 xz9J4WQReHy8nKXgJXU62EvYGxZ1Z9SAt2qoH7NV8tYdKSCMRuqae4nAa1jL6yXybYt6TGvzizq6 5YtCLWOjeqgrgYA7owRNUiKBEwSE0QldLtij26ICLJd2FRBGXTlNRoBArYAwqpWLPc5XH2P3R3X/ EBBGjgUBAiEEhFGINiiCAAFh5Az8FvDptdOwUEAYLcS3NAECvwWE0banwWfY27Z2040Jo00ba1sE sgkIo2wdG1avD4yG0Zr4koAwusSU9CJPakkbd2bZwujMvts1gXACwihcS5YU5BltCbtFPwoII+eB AIEQAsIoRBvGFeFjo3G2Zu4rIIz6eqaczTNayrZtV7Qw2q6lNkQgp4Awytm3kqo9qZVouXaZgDBa Rh9kYc9oQRqhDGF0xBlwc3REm5NvUhglb2Bb+W6L2vyM7ikgjHpqRp7LzVHk7qjtVcDvTTvuGPz9 y7H9xsPjDkHIDbszCtmWWUX53auzpK3zXEAYPTfa7Ar3QZs1dJvteEzbppU2QiC3gDuj3P1TPYFt BITRNq20EQK5BYRR7v6pnsA2AsJom1baCIHcAsIod/9UT2AbAWG0TStthEBugf8BJG5VILgL2J8A AAAASUVORK5CYIJ= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0087_image042.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCAChANkDASIAAhEBAxEB/8QAHAABAQEBAQEBAQEAAAAAAAAA AAUGBAMHAQII/8QARBAAAQIEAQUMCAQFBAMAAAAAAAECAwQFEQYSFBYhMRM2UVNUVZKTlLPR0gci QWF1gZGxNHFzdBUjJDJDJUJSwTNyof/EABgBAQEBAQEAAAAAAAAAAAAAAAAEAgMB/8QAOBEAAgEB AwcLAwQCAwAAAAAAAAECAwQREhQhMVFSkdITIkFTcYGSobHB0TJCYTM0crJi4cLi8f/dAAQAKP/a AAwDAQACEQMRAD8A+l4N3kUH4bL920tEXBu8ig/DZfu2loAAAAAAAAAAAAAAAAAAAGfk8Xy03UmQ c3iQ5KYirAk55XJkTEVt8pqJtTWi2VdTrLY9cY1GJS8LTseBfOIjEgwLbd0eqMbbhsrr/I4a9QVl vR6tOkrbtTYDIsu727pCs5F/NbL9S6z0qbinU+53L8a33XruvMtvoNSDmps7DqVMlZ6D/wCOZhNi tvwKlzpIpRcW09JoAA8AAAAAAAAAAAABFwbvIoPw2X7tpaIuDd5FB+Gy/dtLQAAAAAAAAAAAAAAA AAABmMW/1VWw5S0/z1Dd38GTCar/AM012NK9jYsN0N7Uc16K1yKl0VFM26856TYabYdPparwK18R 9vmmS35GmK7RzYU4alfvbfpcZXSZrAL3Mw1/D3uV0SmTMaTdlLdUyHrZFX/1VNmo0pmMNWlsUYnp 6JZrZqFNIif2/wA1l1+d2qq/mac8tn68pa7nvV/uI6AACU0AAAAAAAAAAAARcG7yKD8Nl+7aWiLg 3eRQfhsv3bS0AAAAAAAAAAAAAAAAAAAZnD95rGGJZ5dbYcSDKQ77Woxl3J+Sq65pjMYDvGpc/Prr z6pzMVt/7kblq1EVfdk/Q05XbM1Zx1XLckvYzHQZi+bek9E/2ztJ2u1etDibE4Vs+6mnMxiD+TjP DEym10SYl1vsRHQ7/W7UNOLTnjTlrj6Nr2C6QACQ0AAAAAAf/9D7KAAAAACLg3eRQfhsv3bS0RsG 7yKD8Nl+7aWQAAAAAAAAAAAAAAAAeE9MNlJCYmX5WTBhOiLk7bIirqPch41mszwXVoyRFhuzZzGu T/k71U/+qiHWjDlKsYa2keN3I88CQHS+CaUj7ZcWAkZyp/uV/rXX369ZoDlpcqklSZOUSGkPcIDI eQmxtmoljqPa8+UqynrbfmErkZjHKZEnSZvasrVpeIjV2Ldys19K5pzO+kCCsfA1URHI3IhJF1+3 IcjrfO1i9Lxc4l4UZG5KRGI63BdLnWeezQepyXo/dni0s9AASGgAAAAAAAAAAADKUDD9LrGDMPRZ +WWK+HS5drVSK9tk3Nv/ABVDs0Hw5yB3aIvmP6whGhQ8EUFIkRjFWmy9spyJ/jaWM6luUQumhl0o yzuPkUQtdohHDGo0vw2RdB8Ocgd2iL5hoPhzkDu0RfMWs6luUQumgzqW5RC6aDkY7Pkby61dbLe/ ki6D4c5A7tEXzDQfDnIHdoi+YtZ1LcohdNBnUtyiF00HIx2fIZdautlvfyRdB8Ocgd2iL5hoPhzk Du0RfMWs6luUQumgzqW5RC6aDkY7PkMutXWy3v5Iug+HOQO7RF8w0Hw5yB3aIvmLWdS3KIXTQ9Gu RzUc1UVF2Ki7Tx0YLTHyGXWrrZb38mdwvLQ5GqVuRl8tsvAjw0hQ3PVyMvDRVtdV9qmjINC3xYh/ cQu6QvHlP6d/qe21t1r3paj/AFQMz6QE3TDKSi62zc3LwHtTa5qxG3RPfZDTGZxcm71TDUn/AGo+ qNjZfBubHOt89hfYs1eMtWfdn9iGWg0wAJDRJxU9zMK1NzVsqSz9fyM5g7DtBrmFJCoR5JXxokNW xXJGitu5qq1dWVwoaLFm9Oqftn/YiyUyzB01GdOorKPUVbMQ5hrFVstGVqI9r7bGuVMpHakuq34T pSpRrYoXXyzNed6Xr3Fsa1WjZ06cnG+Tvud3QiloPhzkDu0RfMNB8Ocgd2iL5jsbiagPYjm1unKj kun9UzxOxk9KRYbYkOagvY5Ltc2IioqcKKc5WbDphd3GMutXWy8T+SPoPhzkDu0RfMNB8Ocgd2iL 5i1nUtyiF00GdS3KIXTQzyMdnyPcutXWy3v5Iug+HOQO7RF8w0Hw5yB3aIvmLWdS3KIXTQZ1Lcoh dNByMdnyGXWrrZb38kXQfDnIHdoi+YaD4c5A7tEXzFrOpblELpoM6luUQumg5GOz5DLrV1st7+SV LYQoUnMw5mBJOZFhORzHbvEWyp7ldYtHk2ZgOcjWx4aquxEems9T1QUdCuOFStUqu+pJvtd5k6Dh yjVvBuHotTp0CaiQ6XLta6I26om5tWx16BYT5hlOge+Dd5FB+Gy/dtLRRG014LDGbS7WcrkZ7QLC fMMp0BoFhPmGU6BoQayy09ZLezzCtRntAsJ8wynQGgWE+YZToGhAyy09ZLexhWoz2gWE+YZToDQL CfMMp0DQgZZaeslvYwrUZ7QLCfMMp0Djn6C3CkrFrGHEiQWy6brMSG6OdBjQ01vyWqvqvsi2VPoa 0/HNa9qsciOa5LKi+1DUbZWv58nJdKbbTGFGcwxMwp2r1ubgOyoUeJAiMXhRYTVQ0hiPRtKOp/8A GpJyqubTiwm3ddUa26NS/wCSIbclcVCUoxd6Tfqyy1O+ov4x/qgZip/1HpHocFurNZOZjuvsVHZD Et77mnMxLrnXpNnXp67ZKmQ4d+Lc96ut80ai/IqsuZzlqi/PN7kcjTgAkNEjFm9Oqftn/Y75NqOp 8BrkRUWE1FRdi6jgxZvTqn7Z/wBihJfgJf8ASb9kOa+t9hU/2sf5P0RxOwxh971e+hU1znLdVWUh qqr9DkfgTCsR7nuoMndy3W0OyfRC+CuNprx0Ta72SXI//9H6JoFhPmGU6A0CwnzDKdA0IKcstPWS 3szhWoz2gWE+YZToDQLCfMMp0DQgZZaeslvYwrUZ7QLCfMMp0BoFhPmGU6BoQMstPWS3sYVqIctg rDUnMwpmXosrCjQXI+G9rdbXJrRULgByqValR3zk32u89SS0GbwxU5SRwXh9kw9zVdTJdUtDc7/G 3gQo6Q03jonUv8DwwbvIoPw2X7tpaJZRq382Su7P9nGUa7fNkkuxv/kiZpDTeOidS/wGkNN46J1L /Apg8w19pbnxGcFp214XxEzSGm8dE6l/gNIabx0TqX+BTAw19pbnxDBadteF8RM0hpvHROpf4DSG m8dE6l/gUwMNfaW58QwWnbXhfETNIabx0TqX+A0hpvHROpf4FMDDX2lufEMFp214XxGNolekIWJ6 +xVe1j4kKI16Q3a7ssupEumtC/pDTeOidS/wMvRplIfpfrcsrnfzpVrkRNnqozb9TdmpUq0UmpLP n0PW/wA6yu2RrurmktEfteyv8iZpDTeOidS/wM7QKzIOxRiOffFfaJGgwWObCcqK1kP8tqK5bm1M zgRN0ptRnb/japMxrJsT1snUvtT1b395TRjWVCq3JZ7loeu/X+CPDaL88l4XxFPSGm8dE6l/gNIa bx0TqX+BTBJhr7S3PiPcFp214XxGYxPW5CPhmowocV6vfLuREWE9Ndveh3ylfprZKA1Yz7pDai/y X8H5H7izenVP2z/sUJL8DL/pN+yGMNbH9S3P5K5RtGSR5y+p/a9Uf8jj0hpvHROpf4DSGm8dE6l/ gUwbw19pbnxEmC07a8L4iZpDTeOidS/wGkNN46J1L/ApgYa+0tz4hgtO2vC+ImaQ03jonUv8BpDT eOidS/wKYGGvtLc+IYLTtrwviJmkNN46J1L/AAGkNN46J1L/AAKYGGvtLc+IYLTtrwviJ8KuU+PF ZChxXq962RFhPTX9CgAdIKaXPd/dd7s601US57T7Fd7si4N3kUH4bL920tEXBu8ig/DZfu2lo2dA AAAAAAAAAAAD54iLK+lhJ1PVbGmHykRybXXgNc1tuC7VW59DPndaVYFbmZ9q2zOuybnuT+7IdDRj kThvlIn5H0Q7yz0Kcv5LdJv3KbV+t3R/qjxm4+ayceYsi7lDc+yra9kvtImApfNsDUmHdVyoCRNa WtlKrrfK9j+sdTGbYJqyo1HOiSzoLWqu1X+qlvf62wr0+WzOmysrlK7cYLId1SyrZET/AKOn02Xt l/Vf9iT7joABIaJGLN6dU/bP+xQkvwEv+k37IT8Wb06p+2f9ihJfgJf9Jv2Q5r632Fb/AGsf5P0R 7gA6EgAAAAAAAAAAABFwbvIoPw2X7tpaIuDd5FB+Gy/dtLQAAAAAAAAAAAABga9Kum6ZjZjFVHsW HFYqJdUVkNrkt79W020hMtnafLTTbWjwmxEst01oi7faZ+ap1al6hV80kZealqnk3c6Y3NzUyMlU 2KT8I1HEOjUpLy1LlI8OURZXLfM5CqsNVbrbZbbP+zpGayXC0+bJ9D6f/C+vRdWopxlG5xj9yWhJ aGyjjq8xIU2mt1rPVOXhuRNuQjstyovsVEaacwdSmq9PYxpMu6mSucSEOLN7gk1djmuTc0c5cnUq Kq22+0vZ9inmSS7avlNVaqVKnC59L0PpfwkcVZJ3vnR8UfkvAg59inmSS7avlGfYp5kku2r5SXlF qe5mskntR8Ufk//S+nYs3p1T9s/7FCS/AS/6TfshnqmmJ6rTJinvpMlBbMw1hrEzxVyb+22TrNJL w1gy0KE5UVWMRqqnuQ5xd8my2rHk6EYNpu9vM0+haj0AB0IgAAAAAAAAAAACLg3eRQfhsv3bS0Rc G7yKD8Nl+7aWgAAAAAAAAAAAAAZjDf8Ap+JsQ0hUs10w2fhKu1yRU9b6OaqfM05GrNFjzc3BqdMm WSlTgQ3QmxXsymPhuVLtcmq9rXTgUpoTjdKnJ3KS3O+9fHeePWcNB/1LFtcrG2HBVlPgOXgZ60S3 uy3W+Rpzho1JgUSlwpCXc97Yd1dEet3RHKt3OcvCqqqncZtFRTqXx0K5LsSu/wBhK5AAHA9AAAAA AAAAAAAAAAAAAP8AGgAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAP/9k= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0087_image043.png Content-Transfer-Encoding: base64 Content-Type: image/png iVBORw0KGgoAAAANSUhEUgAAAYQAAAEgCAIAAAA7UpN8AAAAAXNSR0IArs4c6QAAAAlwSFlzAAAO wwAADsQBiC4+owAADX1JREFUeF7t3eF247gNBtB43/+dvc5mx3HiSUyJhESAd0/7p5Vo4IL+hpZ6 ppfr9frmHwIECJwt8M/ZBfh8AgQIvAsII/uAAIEpBITRFGNQBAECwsgeIEBgCgFhNMUYFEGAgDCy BwgQmELg4tX+FHNIW8Tl8lm6/5VI2jFOUbgwmmIMGYt4jKHH+kVSxmnOULOfaTNMIV8NPyXRrZNf /qt8far4QAFhdCB2xY+6nYPu/6rYn56OE/Az7TjrGp90P/j89HPs5QU1HHQxXMDJaDhp5QVbguYe Un6vVd4KAb0JowDUoku2JNFH6/Ko6BaIbUsYxfpanQCBRgFh1Ai1+mXtxyKHo9X3yt7+hdFeuZXu 25pE8mil3TGsV2E0jNJCBAj0CAijHr0l7t13LHI4WmJzDG1SGA3ltBgBAnsFhNFeuTXu6zkWORyt sUeGdSmMhlFaiACBHgFh1KNX/N7+Y5HDUfEtMrQ9YTSU02IECOwVEEZ75arfN+pY5HBUfacM608Y DaO0EAECPQLCqEfPvQQIDBMQRsMoKy009jeaX2qV9kZcL8IoztbKBAhsEBBGG7AWuTTiWORwtMjm 6WlTGPXouZcAgWECwmgYpYUIEOgREEY9egXvjfuN5pdawe0ytCVhNJTTYgQI7BUQRnvl3EeAwFAB YTSUM/li0b/R/FJLvkFiyxdGsb5WJ0CgUUAYNUK5jACBWAFhFOtrdQIEGgWEUSNU/cuOeWDksVH9 nbS3Q2G0V859BAgMFRBGQzktRoDAXgFhtFeu1n1H/kbzS63W3hnWjTAaRmkhAgR6BIRRj557CRAY JiCMhlHmXej432h+qeXdLXGVC6M4WysTILBBQBhtwHIpAQJxAsIoztbKBAhsEBBGG7BKXnrWAyOP jUpup56mhFGPnnsJEBgmIIyGUVqIAIEegcv1ev28/35k71nSvQcIPE6t7+PO/Zl2q318AbZx35Y4 9O6HnexkdKj8sA+7fd9GfOXGB8H2Du+7cURD2z/eHdMICKNpRqGQIQIibQjjGYt8/Zl2RgU+c7PA uPPMuJU2N/F4w8gyRq7V1ZSbtwo4GW0Vcz0BAiECwiiENcWi85whPDZKsWGiixRG0cLWJ0CgSUAY NTG5iACBaAFhFC1sfQIEmgSEURNTvYvmeWD0YeuxUb09trUjYbRVzPUECIQICKMQVosSILBVQBht FXM9AQIhAsIohHXyRWd7YOSx0eQb5pjyhNExzj6FAIEXAsLIFiFAYAoBYTTFGBRBgIAwsgcIEJhC QBhNMYYji5jz6bVn2EfugTk/SxjNORdVEVhOQBgtN3INE5hTQBjNORdVEVhOQBitNfKZHxh5bLTW XnzqVhgtvgG0T2AWAWE0yyTUQWBxAWG0+AbQPoFZBITRLJNQB4HFBYTRQhtg/qfXnmEvtB09wF55 2HonMLOAk9HM01EbgYUEhNFCw9YqgZkFhNHM01EbgYUEhNEqw87y9Noz7FV2pAfYy05a4wQmF3Ay mnxAyiOwioAwWmXS+iQwuYAwmnxAY8rL9cBoTM9WySYgjLJNbJl6r9f/W70n6TKtL9qoMFp08Nom MJuAMJptIuohsKiAMFp08NomMJuAMJptIuohsKiAMKo/+Lyv0jzDrr87HzoURkuNW7ME5hUQRvPO RmUElhIQRkuNW7ME5hUQRvPORmUElhIQRsXHnffp9cdgPMMuvkE9wF5nwDolkEXAySjLpNRJoLiA MCo+YO0RyCIgjLJMSp0EigsIo8oDzv702jPsyrvzqTdhtNS4NUtgXgFhNO9sVEZgKQFhtNS4NUtg XgFhNO9sVEZgKQFhVHbcNZ5ee4ZddoN6gL3OaHVKIJeAk1GueamWQFkBYVR2tBojkEtAGOWal2oJ lBUQRmVHqzECuQSEUa55tVZb6VWaF2qtU09+nTBKPkDlE6giIIyqTFIfBJILCKPkA1Q+gSoCwqjK JPVBILmAMEo+QOUTqCIgjKpM8qGPeq/SvFAruE2fWhJGK0xZjwQSCAijBENSIoEVBITRClPWI4EE AsIowZCUSGAFAWFUbcpVn157hl1tp3qAXX6iGiSQVMDJKOnglE2gmoAwqjZR/RBIKiCMkg5O2QSq CQijahPVD4GkAsIo6eD+XnbtV2leqJXarN6m1R6n7gjkFXAyyjs7lRMoJSCMSo1TMwTyCgijvLNT OYFSAsKo1Dg1QyCvgDDKO7vvla/wKs0LtTr71du0wrPUGoHUAk5GqceneAJ1BIRRnVnqhEBqAWGU enyKJ1BHQBjVmaVOCKQWEEapx/dZ/Dqv0rxQK7JlvU2rOkh9Ecgu4GSUfYLqJ1BEQBgVGaQ2CGQX EEbZJ6h+AkUEhFGRQWqDQHYBYZR9gu/1r/YqzQu1CrvW27SSU9QUgQICTkYFhqgFAhUEhFGFKeqB QAEBYVRgiFogUEFAGFWYoh4IFBAQRumHuOarNC/U0m9cb9PqjVBHBGoIOBnVmKMuCKQXEEbpR6gB AjUEhFGNOeqCQHoBYZR+hBogUENAGOWe48qv0rxQy713vU0rNj/tECgj4GRUZpQaIZBb4HK9Xu8d XN4uubtZo/rrnyldbqN7//d//9z/0zUQvnT5gPAFZ0GKbC1f3z7zx8ko2/TUS6CogDAqOlhtEcgm 8OVnWrbiV633zyu0y58j7sNP7UVNPt8q3h81QMm2F5yMsk1MvQSKCgijooPVFoFsAsIo28TUS6Co gDAqOlhtEcgmIIyyTUy9BIoKCKOig9UWgWwCwijbxJ7q9Qr7RgIh/T5+exNGBYaoBQIVBIRRhSnq gUABAWFUYIhaIFBBQBhVmKIeCBQQEEYFhqgFAhUEhFHuKXqLdJ8fitxb2du07PNTP4EyAk5GZUap EQK5BYRR7vmpnkAZAWFUZpQaIZBbQBjlnp/qCZQREEaJR+n90bfhAUm8m71NSz08xROoJOBkVGma eiGQWEAYJR6e0glUEhBGlaapFwKJBYRR4uEpnUAlAWGUbJr3/7fCZHUfXi6ow8l7P1AY9Qq6nwCB IQLCaAijRQgQ6BUQRr2C7idAYIiAMBrCeNAinoNsgsa1iev0i4XR6SNQAAEC7wLCyD4gQGAKAWE0 xRgUQYCAMEqzBzwB2TEqaDvQzrpFGJ0l73MJEPgiIIxsCAIEphAQRlOM4WUR958b/v6wl1YfF9yh /FJrFDv9MmF0+ggUQIDAu4Awsg8IEJhCQBhNMYbfi/Abbd+Q/FLb53bWXcLoLHmfS4DAFwFhZEMQ IDCFgDCaYgy/FOE3Ws+E/FLr0Tv4XmF0MLiPI0Dg7wLCaOqd4VjUPx6Ho37DY1YQRsc4+xQCBF4I CKN5t4hj0ajZOByNkgxdRxiF8lqcAIFWAWHUKnXwdY5FY8EdjsZ6RqwmjCJUrUmAwGYBYbSZ7IAb HIsikB2OIlQHrimMBmJaigCB/QLCaL9d0J2ORUGwt2UdjuJs+1cWRv2GI1eQRCM1/7aWPIoW3r2+ MNpN50YCBEYKCKORmp1rORZ1Ajbe7nDUCHXwZcLoYPAfP04SHTkJeXSkduNnCaNGqNjLPpLo9g3x 9+3HQj+sftf2N/YfZv77Bwmjkwdx+yb4Mpw8g7f3EZjC6VMQRmeO4PEL4Ex0yiQe2eXRKSO4f6gw Osf/2x/FkuicMfz3qd/ySCSdNYvL1ffgQPvnjb6H37PuX0bWgTNmOgdup2If5WR0xEA/zkH2+hHW HZ/x/AfDT4Pr+BC3/ijgZBSyOV4e9fcciO6VdvzhH9LtVIuOwIkd31RcMxUjjDZP4+VO/WXFrgwS Ri2zGhFGz9Itn/ztmjGz3vHBaW/5EkY9X7O0AkcUPnhfDv2+HdH/kZ8Rg+OrETTDL28PHh9gEx8l Pjh9vpUV830b1fvJ6xyC45syasrCqEsyNmhaSjvk+9ZSyIzXTIMjsFq2x49h1HKza84XmOb7dj7F cwVwZpxKU01e7TcxuYgAgWgBYRQtbH0CBJoEhFETk4sIEIgWEEbRwtYnQKBJQBg1MbmIAIFoAWEU LWx9AgSaBIRRE5OLCBCIFhBG0cLWJ0CgSUAYNTG5iACBaAFhFC1sfQIEmgSEUROTiwgQiBYQRtHC 1idAoElAGDUxuYgAgWgBYRQtbH0CBJoEhFETk4sIEIgWEEbRwtYnQKBJQBg1MbmIAIFoAWEULWx9 AgSaBIRRE5OLCBCIFhBG0cLWJ0CgSUAYNTG5iACBaAFhFC1sfQIEmgSEUROTiwgQiBYQRtHC1idA oElAGDUxuYgAgWgBYRQtbH0CBJoEhFETk4sIEIgWEEbRwtYnQKBJQBg1MbmIAIFoAWEULWx9AgSa BIRRE5OLCBCIFhBG0cLWJ0CgSUAYNTG5iACBaAFhFC1sfQIEmgSEUROTiwgQiBYQRtHC1idAoElA GDUxuYgAgWgBYRQtbH0CBJoEhFETk4sIEIgWEEbRwtYnQKBJQBg1MbmIAIFogcv1eo3+DOsPFrhc Bi9YcjkbO9tYnYyyTexWr69ZwqEp+aWAMHpJ5IJsArewltfZhnar18+0hENTMoGKAk5GFaeqJwIJ BYRRwqEpmUBFAWFUcap6IpBQQBglHJqSCVQUEEYVp6onAgkFhFHCoSmZQEWBfwE1DIUYLLs1LAAA AABJRU5ErkJggk== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0087_image044.jpg Content-Transfer-Encoding: base64 Content-Type: image/jpeg /9j/4AAQSkZJRgABAQEANQA1AAD//gAcU29mdHdhcmU6IE1pY3Jvc29mdCBPZmZpY2X/2wBDAAoH BwgHBgoICAgLCgoLDhgQDg0NDh0VFhEYIx8lJCIfIiEmKzcvJik0KSEiMEExNDk7Pj4+JS5ESUM8 SDc9Pjv/2wBDAQoLCw4NDhwQEBw7KCIoOzs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7Ozs7 Ozs7Ozs7Ozs7Ozs7Ozs7Ozv/wAARCAChANkDASIAAhEBAxEB/8QAGwABAQEBAAMBAAAAAAAAAAAA AAUGBAEDBwL/xABHEAABAwICAwoKBwcEAwAAAAAAAQIDBAUGERYhlBIVMTZBVVaxs9ITNFFUYXN0 dZXRBxQiI3GBkiQlMkJSgqFDkaLBYnKy/8QAGQEBAQEBAQEAAAAAAAAAAAAAAAQDAQIF/8QANhEA AgEBBQQGCwACAwAAAAAAAAECAwQRFFHREiGSsRMxQVJxkSIyMzRhYnKBobLBQoLS4fD/3QAEACj/ 2gAMAwEAAhEDEQA/ANrhPCeG6nB9lnnw9a5ZZbfA98j6ONznuWNqqqqqa1VeUraG4W6NWjYYu6MG 8SLD7tp+zaWgCLobhbo1aNhi7o0Nwt0atGwxd0tAAi6G4W6NWjYYu6NDcLdGrRsMXdLQAIuhuFuj Vo2GLujQ3C3Rq0bDF3S0ACLobhbo1aNhi7o0Nwt0atGwxd0tAAi6G4W6NWjYYu6NDcLdGrRsMXdL QAIuhuFujVo2GLumfq4sJQ1UjaPAtNcaanXc1FVS26FzI15UTVm9U5dzwF3FtwqaW3Q0NA9WV9zm Slp3p/p563P/ALWoq/jkU7bb6a026Cgo40jgp2IxjU6/xVda/iVQjCnTVSor7+pfDtf8X3yPO9u5 Eumwtg6spo6mlsFlmhlbumSMoola5PQu5PZobhbo1aNhi7px2z9w4sqLKmqiuLHVdE1OCN6L96xP Qqqjk/FTTGdamqct3U968P8A25/FHU7yLobhbo1aNhi7o0Nwt0atGwxd0tAxOkXQ3C3Rq0bDF3Ro bhbo1aNhi7paABF0Nwt0atGwxd0aG4W6NWjYYu6WgARdDcLdGrRsMXdGhuFujVo2GLuloAEXQ3C3 Rq0bDF3Robhbo1aNhi7paABF0Nwt0atGwxd0aG4W6NWjYYu6WgARcG8SLD7tp+zaWjKYfvdPa8G4 ejmp6uVX2unciwU7pET7tvCqHbpfQ+Y3TYZPkeHOKdzZRCy15x2oxbReBB0vofMbpsMnyGl9D5jd Nhk+RzpIZnvBWjuMvAg6X0PmN02GT5DS+h8xumwyfIdJDMYK0dxl4EHS+h8xumwyfIaX0PmN02GT 5DpIZjBWjuMvAg6X0PmN02GT5DS+h8xumwyfIdJDMYK0dxl4HBa7zSXhkq03hWuhcjZI5Y1Y5iqm aZovoO5zkYxXuXJrUzVfQe0096J5wlTlszVzM1B+9PpFqZV+1FZqRsTE8ksv2nL+O4RqfmaYzWA2 umsMl0kTKS6VUtUvL9lXKjNf/q1vkNKWWvdV6Pu7vLr/ADezKPVeZrHTXU9op7zE3Oa01UdSmXCr M9zImfk3Ll/2NI1zXsR7Vza5M0XyoeqspY66hnpJkRY543RvReVHJkvWRcDVUlRhKjjnz8PSbqll RdeTo3KzqRA/Tsyfdd32e/8ADT8x2mgB6auqhoaSarqHbiKFivevkRCMmMKByIqUVzVF1oqUUmv/ AAROcY9bKKdnq1VfCLaL4IOl9D5jdNhk+Q0vofMbpsMnyPPSQzNcFaO4y8CDpfQ+Y3TYZPkNL6Hz G6bDJ8h0kMxgrR3GXgQdL6HzG6bDJ8hpfQ+Y3TYZPkOkhmMFaO4y8CDpfQ+Y3TYZPkNL6HzG6bDJ 8h0kMxgrR3GXgRafFFHU1McDKO4tdI5Gor6N7Woq+VctSFo9KSl1GNSlUpO6auIuDeJFh920/ZtL RFwbxIsPu2n7NpaPRkAAAAAAAAAAAAQbHxixD7RF2SDG9a6hwdcpI8/CSReAZlw7qRUYn/0LFxix D7RF2SHNi3OruuHbWnBPcEnkTk3ETVdr5eHc6zawJOrFvqTbfgr2+RTbfaf6x/VF620TLdbKWhj/ AIKaFkSfg1ET/o6QDKTcm2yYGYw7+w4rxFbE/gfNHWxp6xuTv+TP8mnMxcf2L6RbRU5ZNuFHNSOX 0sVJG5/8skTWVWb0lOGcX+N/JM8vsZQxZxTunsz+ooUXiNP6pvUhPxZxTunsz+ooUXiFP6pvUhAv XfgWP3WP1Pkj3gA0JQAAAAAD/9D7KAAAAACLg3iRYfdtP2bS0RcG8SLD7tp+zaWgAAAAAAAAAAAA CDYuMWIfaIuyQ5lzrPpNTNd1Hb7XwL/K+R/Cn9rMlz9B02LjFiH2iLskObCmVVe8S3Plkr0pfJqh YjeD8VXXym9j9GnUnkmvN3crym2+1XhH9UacAGBMDM43zp6W13RNX1C5QyOX/wAHLuHInJwO5TTE bF9DvjhG60vK+lerc1yTdImaf5RCmySUa8G+q/f4Pc/wcl1H6xZxTunsz+ooUXiFP6pvUhAuNbvl 9G0lcvDUW5JF1Za1Yi8BfovEKf1TepCSUXCq4vs1ZW/dY/U+SPeAD0SgAAAAAAAAAAAEXBvEiw+7 afs2loi4N4kWH3bT9m0tAAAAAAAAAAAAAGetErIL5iWaRyNZHNG5zl4ERIkVT8YAje3CFLUSNVr6 x0lU5F4fvHq5NfLqVNZKu9atvt+N6lHK1zUa1qomeTnRI1P8qhrbRRpbrNRUSNRqU8DI8kXNEyai cJvS9Gxv5pcr/wDkim2e2X0x/VHYADAmB4c1HsVrkRUcmSoqZop5ABgrW5Y/oor6F7lWS3tqKR+a 60VjlyzTk1Kmo21F4hT+qb1IYiXKmpcdW5NSMk+tI1NaJ4WNFVc/KqtXVyG3ovEKf1TepDe2e9yl nc/Pf/Sle6R+p8ke8AGBMAAAAAAAAAAAARcG8SLD7tp+zaWjN4YqauDBeH0p6B1Si2ynzVJGty+7 b5Sjvhc+ZZNoYYyrRi7nf5PQwlaIRdzT4ZPkimCZvhc+ZZNoYN8LnzLJtDDmIhk+GWh5xVPJ8MtC mCZvhc+ZZNoYN8LnzLJtDBiIZPhloMVTyfDLQpgmb4XPmWTaGDfC58yybQwYiGT4ZaDFU8nwy0KY Jm+Fz5lk2hg3wufMsm0MGIhk+GWgxVPJ8MtDHX7764XG3omf1+90UK8uTdy1yrlypk3WnpPoh8xS qq6r6TUpm0DnSQTurJIUkajm5QtY37XBl9rg9Ju98LnzLJtDCidaMLPSi79+0+p9smsvgVWy0QVb en6sf8Zd1fApgmb4XPmWTaGDfC58yybQwnxEMnwy0JcVTyfDLQpgmb4XPmWTaGDfC58yybQwYiGT 4ZaDFU8nwy0Mrin9lxFeG8Da6wud5EV0b8v7lyf+SIbai8Qp/VN6kPn30i1dZElvr57e6nZlPSK5 0rXJ97HqTJOXNqazYUlfcko4ESzvVEjbkvh2a9RRaK0X0dTfviux9jayySKnaIKyRdz9Z/4yyj8C wCZvhc+ZZNoYN8LnzLJtDCfEQyfDLQlxVPJ8MtD/0fsoJm+Fz5lk2hg3wufMsm0MMMRDJ8MtCbFU 8nwy0KYJm+Fz5lk2hg3wufMsm0MGIhk+GWgxVPJ8MtCmCZvhc+ZZNoYN8LnzLJtDBiIZPhloMVTy fDLQpgnxVtwfMxslpfGxVyV6zMXcp5cigaQmpq9cmuZrTqRqK9X/AHTXNIi4N4kWH3bT9m0tEXBv Eiw+7afs2lo9mgAAAAAAAAAAABiLJRpJ9K1+rFRq+Ap42IuetFcjeT+025l8JVkVwvWIqqNqZfXE jReVUYm5/wCjUHXKTWzLsvX5ZTava/aP6oAA4TAAAGP+lCi+t4PdJk1VpaiKVFVcsvtbnV+o1NF4 jT+qb1ITsXNR2E7mjkRU+ruXWh0WCuZcsP0FbHqbNTsdl5Fy1p/udcpS3di/t+jKX7svqfJFAAHC YAAAAAAAAAAAAi4N4kWH3bT9m0tEXBvEiw+7afs2loAAAAAAAAAAEzEV1Sy2Grrk1ysZlCzlfIup jU/FyoUJpoqeJ0s8rIo2pm573I1ET0qpm4V0uvFJcI81slA5ZYHORU+tT60RyIv8jdeS6s19CFNC mm9ufqrr08X/AN9hxvsRy/R/a3WbfS3vdupInw+FXPPN6xo53/JVNiQbFxixD7RF2SF4lU3Nucut tv8ALK7WrqiXyx/VAAHSUAAAkYs4p3T2Z/USsDLvaytw7IqotG9J6ZHfzQS/aaqeXJ26T8irizin dPZn9Rx3G21X7rvlsjSStookZJDnl9Ygcibpn4pkjm+lPSbWeScpUpPdJLzV939X3KZ+6xfzPlE0 YOG1XmgvVMlRQVDZU4HMXU+NeVHNXW1fQp3Gcoyg9mSuZMAAeQAAAAAAAAAY+y2681uDsOutl/W2 Mba6dHsSkZNu18G3Xm7gOneHFnTZ3wyE7cG8SLD7tp+zaWiiFpnCOykvvGL/AC1ec2UZjeHFnTZ3 wyEbw4s6bO+GQmnB7xlTKPBHQ5sozG8OLOmzvhkI3hxZ02d8MhNOBjKmUeCOg2UZjeHFnTZ3wyE8 6LXeT7dRjG6OlX+JYY4o2fk3crkaYDGVey7hjoNlGbhwLZ/CtmuL6u7ytXNq3CodK1q+hv8AD/jl NGiIiIiJkicCIeQY1K1Sr68rzqSXUQbFxixD7RF2SF4g2LjFiH2iLskLxNT9Xz5lls9qvCP6oAA0 JAAAD//S+nYs4p3T2Z/UUKLxGn9U3qQn4s4p3T2Z/UUKLxCn9U3qQzXrvwK37rH6nyRNuuE7Pd6n 63NTuhrMtVXTSLFKnk+03h/PPgQ4kwhWRpuIcW3tkafwtdKx6p/crc1/M0wLY2qtFbO1uWe/mR7K MxvBitNSY2flyZ2yFVG8OLOmzvhkJpwesZUyjwR0ObKMxvDizps74ZCN4cWdNnfDITTgYyplHgjo NlGY3hxZ02d8MhG8OLOmzvhkJpwMZUyjwR0GyjPUllxLDWRS1OLnVMLHor4d74meETlTNNaZ+U0I BjUqyqO+V32SXJI6lcRcG8SLD7tp+zaWiLg3iRYfdtP2bS0ZHQAAAAAAAAAAACDYuMWIfaIuyQvG dktl/o7xX1dqltyxVr2Pc2qR+6aqNRurc8mo/eWMv6rH+mb5mMZOKuafbzPo1qUaslOM11R7copF 8EDLGX9Vj/TN8xljL+qx/pm+Z62/gzHDfPHzL4IGWMv6rH+mb5jLGX9Vj/TN8xt/BjDfPHzOjFnF O6ezP6ihReIU/qm9SGfr6DFlzoJqGolszIahise6Nsu6RF4VTNeE0cEfgaeOLPPcMRuflyQRvcm7 j1VUYUIw2k3e3u8EewAGhEAAAAAAAAAAAARcG8SLD7tp+zaWgAAAAAAAAAAAAAAAAAAAAAAAAAAA AAAAAAAAAAAAAD//2T== ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0087_image045.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhUAAwAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAYACABC ACAAgAAAAP8AAAJshI+pqxEMo5wUOFez3vfuDzadF5baOJqqhKLrm7QtDMsyrdo2Huo6z/H9IMKi 8dhhIJfMXawJjT4O0mrTYM1qt9yud2b5ehFirqhcVaKjwAq0nWHCT8d5UGj/4PN6J7/v8teTIliS VGiCwVMAADs= ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0087_image046.gif Content-Transfer-Encoding: base64 Content-Type: image/gif R0lGODlhUAAvAHcAMSH+GlNvZnR3YXJlOiBNaWNyb3NvZnQgT2ZmaWNlACH5BAEAAAAALAYABwBD ACEAgAAAAP8AAAJwhI+pq8EPo5wnWIqzNrbvDybdGJbaiJpqhLbrK7Yu/Mo2rdo6Huo+v/EJJcKi 8SiDIJfM4aIJjZJi0moTYc1eAdqu99vlgMeeChncOIefaitwIn1ToHIMs55B4k/FffDn95cU+DFI WDh1CFKm2PNWAAA7 ------=_NextPart_01C6B257.F33CBA20 Content-Location: file:///C:/D06C3D13/Physics222Molecules_files/slide0088.htm Content-Transfer-Encoding: quoted-printable Content-Type: text/html; charset="us-ascii" Slide 1
Joining Really Deep Wells
= Symmetric
= Antisymmetric