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1. Estimate the internal pressure of water vapor at 1.00bar and 400K, treating it as a van der Waals gas, where you may simplify the problem by assuming that the molar volume can be predicted form the perfect gas equation. The van der Waals constant for water is a=5.464 dm3 atm mol-2
1. Estimate the internal pressure of water vapor at 1.00bar and 400K, treating it as a van der Waals gas, where you may simplify the problem by assuming that the molar volume can be predicted form the perfect gas equation. The van der Waals constant for water is a=5.464 dm3 atm mol-2
7 Feb 2024
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xuanhoangLv9
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