A box that is (1.00 mathrm{~m}) long measured from left to right has a sliding partition that
Question:
A box that is \(1.00 \mathrm{~m}\) long measured from left to right has a sliding partition that separates it into two compartments. The left compartment contains 10 particles, the right one contains 60 particles, and initially the partition is \(0.750 \mathrm{~m}\) from the left wall of the box. If the partition is allowed to move freely, what is the change in entropy after the system reaches equilibrium?
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To find the change in entropy after the system reaches equilibrium we need to consider the change in the number of microstates associated with the system Given The box is 100 textm long There is a sli...View the full answer
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Muhammad Umair
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