(function(){var loadHandler=window['sl_{3C86BE49-2EFA-4C57-9CA1-DF97327DA603}'];loadHandler&&loadHandler(10, '<div id="spr0_fca892"><div id="spr1_fca892" class="kern"><img id="img3_fca892" src="data/img1.png" width="720px" height="540px" alt="" style="left:0px;top:0px;"/><div id="spr3_fca892"><img id="img0_fca892" src="data/img2.png" width="720" height="100" alt="Pwrpntsld2" style="top:-0.25px;"/></div><div id="spr4_fca892" style="left:524.375px;top:3.5px;"><div style="width:0px;"><span id="txt0_fca892" data-width="172.048828" style="left:7.2px;top:4.209px;">ENR116 – Mod. 2- Slide No. 11</span></div></div></div><div id="spr2_fca892" class="kern"><div id="spr5_fca892" style="left:14.135px;top:122.105px;"><div style="width:0px;"><span id="txt1_fca892" class="nokern relpos" data-width="125.390625" style="left:7.2px;top:1.921px;">How do we </span><span id="txt2_fca892" class="nokern relpos" data-width="84.058594" style="left:7.195px;top:1.921px;">quantify</span><span id="txt3_fca892" class="nokern relpos" data-width="338.871094" style="left:7.19px;top:1.921px;"> the amount or rate of diffusion?</span></div></div><div id="spr6_fca892" style="left:76.504px;top:270px;"><img id="img1_fca892" src="data/img10.png" width="521" height="68.5" alt="" style="top:-0.125px;"/></div><div id="spr7_fca892" style="left:355.5px;top:261.5px;"><img id="img2_fca892" src="data/img11.png" width="9" height="17" alt=""/></div><div id="spr8_fca892" style="top:31.875px;"><div style="width:0px;"><span id="txt4_fca892" class="nokern" data-width="295.265625" style="left:212.562px;top:7.361px;">Quantifying Diffusion</span></div></div><div id="spr9_fca892" style="left:14.135px;top:190.621px;"><div style="width:0px;"><span id="txt5_fca892" data-width="170.718750" style="left:7.2px;top:4.818px;">Diffusion Flux, J</span></div></div></div></div>');})();