11. A rigid 9.80 L container is charged with 0.900 mol of helium gas at 25.0 C. An identical container is charged with 0.900 mol of carbon dioxide gas at the same temperature. Use the van der Waals equation of state with the data below to predict the difference in pressure between the two containers. The van der Waals equation of state is (P + a(n/V)²)(V-nb) = nRT Gas a (m Pa/mol²) b (m³/mol) He 3.457E-3 2.37E-5 CO₂ 0.3640 4.267E-5 Enter the value with the appropriate number of significant figures. Pa Hint: Solve the van der Waals equation for pressure: P = nRT/(V-nb) - a(n/V)² Use SI units! Grade This Exercise

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11. A rigid 9.80 L container is charged with 0.900 mol of helium gas at 25.0 C. An identical container is charged with 0.900 mol of carbon dioxide gas at
the same temperature. Use the van der Waals equation of state with the data below to predict the difference in pressure between the two
containers.
The van der Waals equation of state is
(P + a(n/V)2)(V-nb) = nRT
Gas a (m Pa/mol2) b (m³/mol)
He 3.457E-3
2.37E-5
CO₂ 0.3640
4.267E-5
Enter the value with the appropriate number of significant figures.
Pa
Hint:
Solve the van der Waals equation for pressure:
P = nRT/(V-nb) - a(n/V)²
Use SI units!
Grade This Exercise
Transcribed Image Text:11. A rigid 9.80 L container is charged with 0.900 mol of helium gas at 25.0 C. An identical container is charged with 0.900 mol of carbon dioxide gas at the same temperature. Use the van der Waals equation of state with the data below to predict the difference in pressure between the two containers. The van der Waals equation of state is (P + a(n/V)2)(V-nb) = nRT Gas a (m Pa/mol2) b (m³/mol) He 3.457E-3 2.37E-5 CO₂ 0.3640 4.267E-5 Enter the value with the appropriate number of significant figures. Pa Hint: Solve the van der Waals equation for pressure: P = nRT/(V-nb) - a(n/V)² Use SI units! Grade This Exercise
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