Statistical Mechanics (b) Show that the total energy U and the pressure P are the same...

Statistical Mechanics

(b) Show that the total energy U and the pressure P are the same for an assembly distinguishable particles as for molecules of an ideal gas while S is different. Explain why this makes sense.

The first part of the problem 14.1 is solved on this PPT: mutuslab.cs.uwindsor.ca/Wang/59-441/chapter%2014I.ppt

This problem was not solved at all on a previous Chegg question. This problem is the second half of a statistical mechanics problem. You can use the perfectly solved part of this problem part (a) on this link: https://www.chegg.com/homework-help/questions-and-answers/statistical-mechanics-part-b-show-total-energy-u-pressure-p-assembly-distinguishable-parti-q29223624

Expert Solution

genius_generous answered 2 years ago

Statistical Mechanics part b) show that the total energy U and the pressure P are the...

Statistical Mechanics part b) show that the total energy U and the pressure P are the same for an assembly distinguishable particles as for molecules of an ideal gas while S is different. Explain why this makes sense. In other words, show that the entropy S is different for an ideal gas and an assembly of distinguishable particles and clearly show U and P are the same for both different types of systems. Why is this the case?

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Statistical Mechanics (b) Show that the total energy U and the pressure P are the same...

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