At 100°C, 1.00 mol of liquid water is allowed to expand isothermally into an evacuated vessel...
At 100°C, 1.00 mol of liquid water is allowed to expand isothermally into an evacuated vessel of such a volume that the final pressure is 0.500 atm. The amount of heat absorbed in the process was found to be 30.0 kJ/mol. Assume ideal behaviour of the gas.
What are w, ΔU, ΔH, ΔS, and ΔG
Data:
ΔvapH = 40600 J/mol (at 1.00 atm)
Hint: Employ a step-wise approach to be able to use the given data at the provided pressure.
Homework Answers
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