38 A 0.530 kg sample of liquid water and a sample of ice are placed in a thermally insulated container. The container also contains a device that transfers energy as heat from the liquid water to the ice at a constant rate P, until thermal equilibrium

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38 A 0.530 kg sample of liquid water and a sample of ice are
placed in a thermally insulated container. The container also
contains a device that transfers energy as heat from the liquid
water to the ice at a constant rate P, until thermal equilibrium
Transcribed Image Text:38 A 0.530 kg sample of liquid water and a sample of ice are placed in a thermally insulated container. The container also contains a device that transfers energy as heat from the liquid water to the ice at a constant rate P, until thermal equilibrium
is reached. The temperatures T of the liquid water and the ice
are given in Fig. 18-35 as functions of time t; the horizontal scale
is set by t = 80.0 min. (a) What is rate P? (b) What is the initial
mass of the ice in the container? (c) When thermal equilibrium
is reached, what is the mass of the ice produced in this process?
T (°C)
40
20
-20
0
t (min)
Figure 18-35 Problem 38.
ts
Transcribed Image Text:is reached. The temperatures T of the liquid water and the ice are given in Fig. 18-35 as functions of time t; the horizontal scale is set by t = 80.0 min. (a) What is rate P? (b) What is the initial mass of the ice in the container? (c) When thermal equilibrium is reached, what is the mass of the ice produced in this process? T (°C) 40 20 -20 0 t (min) Figure 18-35 Problem 38. ts
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