One mole of a gas is compressed at a constant temperature of 400 K from P 1 bar to P 5 bar The gas is known to follow the equation of state where a 0 01 L bar 2 mol The ideal gas heat capacity at T 400 K is C P 3 85R A Demonstrate that the heat capacity of this gas is independent of pressure B Deri...

A Demonstrate that the heat capacity Cp of this gas is independent of pressure The heat capacity at ...

One mole of a gas is compressed at a constant temperature of 400 K from P =

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One mole of a gas is compressed at a constant temperature of 400 K from P = 1 bar to P = 5 bar. The gas is known to follow the equation of state:where a = 0.01 L/bar² · mol. The ideal gas heat capacity at T = 400 K is C_P*= 3.85R.

A. Demonstrate that the heat capacity of this gas is independent of pressure.

B. Derive an expression for (dU/dP)_T as a function of measurable properties.

C. Find ΔU for the gas in this process.

D. Find ΔS for the gas in this process

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Fundamentals Of Chemical Engineering Thermodynamics

ISBN: 9781111580704

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Authors: Kevin D. Dahm, Donald P. Visco

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Question Posted: Nov 06, 2023 10:17 AM

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One mole of a gas is compressed at a constant temperature of 400 K from P =

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V=RT/P + aP²

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A Demonstrate that the heat capacity Cp of this gas is independent of pressure The heat capacity at ...View the full answer

Fundamentals Of Chemical Engineering Thermodynamics

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