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Contribution to the heat capacity of vibrational energy levels.
Thanks for your reply! For diatomic molecules I would have used these steps and formulas to calculate the heat capacity. However, it was carbon-dioxide in this problem, which was a polyatomic molecule, and I did not find anything relevant from the statistical physics books. That is why I tried...- lxazy
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- Forum: Advanced Physics Homework Help
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Contribution to the heat capacity of vibrational energy levels.
Homework Statement The carbon-dioxide has nondegenerate vibrational energies εr=(h/2π)ω(r+1);r=0,1,2..., where ω=(1.26*10^14)s^-1. What is the contribution of these vibrational modes to the molar heat capacity of carbon-dioxide gas at T=400K? Homework Equations...- lxazy
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- Capacity Energy Energy levels Heat Heat capacity Levels
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- Forum: Advanced Physics Homework Help