Thermodynamics: Reversible Compression of Solid Volume V

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mooneyes
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Hi, this concerns thermodymanics.

A block of volume V is reversibly compressed from pressure P1 to pressure P2 isothermally at temperature T.

It goes on to ask about the heat expelled, but that's not my question.

It is a solid, obviously not an ideal gas, so I'm sure the internal energy can change, yes?
Also, what information can we deduce from the fact that it's a reversible process, if any?

Thanks.
 
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When a process is said to be 'reversible' (thermodynamically), then you're saying something very specific about the entropy of the process.
 
Ah ha! The entropy doesn't increase, I see. Thanks!