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Excellent video, been looking for a clean concise explanation for the cirial expansion for weeks. THANK YOU!
woww ...thank you so much🙏you're uncomperable ♥️♥️♥️
The greatest problem about this presentation is this: Is the virial equation valid for a fixed temperature?? Or is it valid for various temperatures?? Same question for the figure @2:34. This is never explicitly stated...
The value of T in the equation can be any temperature, but note that at very high temperatures, most gases behave ideally.
Are the coefficients of the virial equation (ie, B', C' etc) dependent on temperature?
yes
Thank you a lot!
Noice!
Excellent video, been looking for a clean concise explanation for the cirial expansion for weeks. THANK YOU!
woww ...thank you so much🙏you're uncomperable ♥️♥️♥️
The greatest problem about this presentation is this: Is the virial equation valid for a fixed temperature?? Or is it valid for various temperatures?? Same question for the figure @2:34. This is never explicitly stated...
The value of T in the equation can be any temperature, but note that at very high temperatures, most gases behave ideally.
Are the coefficients of the virial equation (ie, B', C' etc) dependent on temperature?
yes
Thank you a lot!
Noice!