A freezer sits in a large room. A container of liquid water, with a volume of 4.2 L and at a temperature of 0°C, is placed in the freezer, where it is completely converted into ice. Throughout the freem process, the interior of the freezer is maintained at a temperature of C (a) Find the change in entropy (in k/K) of the water during the freezing process. kirk (b) Find the change in entropy (in kJ/K) of the internor of the freezer (not including the water) during the freezing process KI/K (c) The freeser's coefficient of performance (cooling mode) is 2.00. How much heat (in 3) does the freezer expel tot value the freezer sits during the freezing process? Give the absolute (d) If the room that houses the freezer stays at a constant temperature of 20.0°C, what is the total entropy change (of the water, freezer interior, and the room combined, in k/K) during the freezing process? KJ/K Need Help?

A freezer sits in a large room. A container of liquid water, with a volume of 4.2 L and at a temperature of 0°C, is placed in the freezer, where it is completely converted into ice. Throughout the freem process, the interior of the freezer is maintained at a temperature of C (a) Find the change in entropy (in k/K) of the water during the freezing process. kirk (b) Find the change in entropy (in kJ/K) of the internor of the freezer (not including the water) during the freezing process KI/K (c) The freeser's coefficient of performance (cooling mode) is 2.00. How much heat (in 3) does the freezer expel tot value the freezer sits during the freezing process? Give the absolute (d) If the room that houses the freezer stays at a constant temperature of 20.0°C, what is the total entropy change (of the water, freezer interior, and the room combined, in k/K) during the freezing process? KJ/K Need Help?