1 kg of water at 273 k is brought into contact with a heat reservoir at 373 k. When the water has reached 373 k,find the entropy change of the water of the heat reservoir ad of the universe
Answers
They are unrelated.
The equipartition theorem refers to individual particles and describes how energies are distributed among various degrees of freedom (translational, rotational, vibrational).
The partition function appears while computing the likelihood of finding the entire system in a specific state. It is the normalizing factor that converts populations of states with a certain energy into probabilities.
One might need to use the equipartition principle to compute the energies of specific states of the system, and this information can subsequently be fed into the partition function, but other than this, the two concepts are pretty much disjoint.
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Answer:change in entropy of water is 1304.6 J/Kg K
change in entropy of reservior is -1120.6 J/Kg K
change in entropy of universe is 184.0 J/Kg K
Explanation:
