One useful equation to predict the behavior of real gases was introduced by the Dutch scientists Johannes van der Waals. a. Express the pressure p as a function of temperature T (must be in Kelvin, K), number of moles n, and volume V. b. Calculate the pressure of 0.150 mol Helium gas at 300oC occupying a volume of 1.25 L. Use the following values of the constants: R = 8.314 4621 L kPa K-1mol-1, a = 3.46 L2-kPa-mol2, and b = 0.02370 L-mol-1.
One useful equation to predict the behavior of real gases was introduced by the Dutch scientists Johannes van der Waals. a. Express the pressure p as a function of temperature T (must be in Kelvin, K), number of moles n, and volume V. b. Calculate the pressure of 0.150 mol Helium gas at 300oC occupying a volume of 1.25 L. Use the following values of the constants: R = 8.314 4621 L kPa K-1mol-1, a = 3.46 L2-kPa-mol2, and b = 0.02370 L-mol-1.
Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter1: Gases And The Zeroth Law Of Thermodynamics
Section: Chapter Questions
Problem 1.55E: The Berthelot equation of state for one mole of gas is p=RTV-b-aTV2 Where a and b are constants...
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One useful equation to predict the behavior of real gases was introduced by the Dutch scientists Johannes van der Waals.
a. Express the pressure p as a function of temperature T (must be in Kelvin, K), number of moles n, and volume V.
b. Calculate the pressure of 0.150 mol Helium gas at 300oC occupying a volume of 1.25 L. Use the following values of the constants: R = 8.314 4621 L kPa K-1mol-1, a = 3.46 L2-kPa-mol2, and b = 0.02370 L-mol-1.
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