If a chemical bond vibrates at a frequency w, the average energy of the bond turns out to be equal to the following complicated expression: hw, E, nhwe=nhwß (E) + (7) (Where 3 = kgT, not that it will...


If a chemical bond vibrates at a frequency w, the average energy of the bond turns out to be<br>equal to the following complicated expression:<br>hw, E, nhwe=nhwß<br>(E)<br>+<br>(7)<br>(Where 3 = kgT, not that it will matter much here.)<br>Take the above statement as true (because it is) and prove or disprove the following assertion:<br>Σ<br>d<br>(E)<br>; In `e¯nhwB<br>dB<br>(8)<br>2<br>

Extracted text: If a chemical bond vibrates at a frequency w, the average energy of the bond turns out to be equal to the following complicated expression: hw, E, nhwe=nhwß (E) + (7) (Where 3 = kgT, not that it will matter much here.) Take the above statement as true (because it is) and prove or disprove the following assertion: Σ d (E) ; In `e¯nhwB dB (8) 2

Jun 04, 2022
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