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For a process DeltaS(total) = 0 and Delt...

For a process `DeltaS_(total) = 0 and Delta G = 0` was obtained. What does it mean?

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To analyze the given conditions where \(\Delta S_{\text{total}} = 0\) and \(\Delta G = 0\), we can break down the implications of these values step by step. ### Step-by-Step Solution: 1. **Understanding \(\Delta S_{\text{total}} = 0\)**: - The total change in entropy (\(\Delta S_{\text{total}}\)) being zero indicates that the system is in a state of maximum entropy. In thermodynamics, this often implies that there is no net change in the disorder of the system and surroundings. 2. **Understanding \(\Delta G = 0\)**: ...
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