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supermesh
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Homework Statement
Can entropy change be zero for a closed system in an irreversible process? If yes under what conditions? Thanks!
Can entropy change be zero for an irreversible process?
- Thread starter supermesh
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- Change Entropy Irreversible Process Zero
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Entropy change cannot be zero for a closed system undergoing an irreversible process, as irreversible processes inherently increase entropy due to the second law of thermodynamics. However, there are specific conditions, such as when the system reaches equilibrium or when the process is reversible in nature, where entropy change could be negligible. The discussion emphasizes the importance of understanding the nature of the process and the system's state. Clarification on the definitions of reversible and irreversible processes is crucial for accurate analysis. Overall, the consensus is that while entropy change is typically positive in irreversible processes, certain ideal conditions may lead to minimal or zero change.
for d), I am a bit confused. I have two trains of thoughts here
any thoughts on which answer is correct, and why the other one is incorrect? Both seem like valid solutions to me. Or is the question ambiguous?
thanks
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