An insulated Thermos contains 1309 of water at 80.0″C. You put in a 12.0 g ice cube at 80.0°C

An insulated Thermos contains 1309 of water at 80.0″C. You put in a 12.0 g ice cube at 80.0°C

An insulated Thermos contains 1309 of water at 80.0″C. You put in a 12.0 g ice cube at 80.0°C to form a system of ice + original water. (a) What is the equilibrium temperature of the system? What are the entropy changes of the water that was originally the ice cube (b) as it melts and (c) as it warms to the equilibrium temperature? (d) What is the entropy change of the original water as it cools to the equilibrium temperature? (e) What is the net entropy change of the ice + original water system as it reaches the equilibrium temperature?

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