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Question : 1 g ice, 1 g liquid water, and 1 g water vapor are in co-existence in an isolated container at temperature of 0.01

Question : 1 g ice, 1 g liquid water, and 1 g water vapor are in co-existence in an isolated container at temperature of 0.01 C and pressure of 4.58 mmHg. The system absorbs 60 Cal. heat with its total volume kept unchanged. Please calculate the masses of ice, liquid water, and water vapor when the system reaches equilibrium again. Assume that water vapor is an ideal gas.

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