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2.25 moles of an ideal gas expands irreversibly from a pressure of 1.24 bars to a pressure of 0.239 bars, with its initial and final temperatures both at T = 300 K. No work is done in this process (you can imagine that it is a free expansion into an evacuated space, if you wish). (a) Compute the change in volume for the gas, AV (in L). 189.54 QUESTION 16 Continuation of the previous problem (b) Compute AG (in kJ) for this expansion. (You should compute AS as part of this evaluation.)

2.25 moles of an ideal gas expands irreversibly from a pressure of 1.24 bars to a pressure of 0.239 bars, with its initial and final temperatures both at T = 300 K. No work is done in this process (you can imagine that it is a free expansion into an evacuated space, if you wish). (a) Compute the change in volume for the gas, AV (in L). 189.54 QUESTION 16 Continuation of the previous problem (b) Compute AG (in kJ) for this expansion. (You should compute AS as part of this evaluation.)

Principles of Modern Chemistry
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter12: Thermodynamic Processes And Thermochemistry
Section: Chapter Questions
Problem 21P
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2.25 moles of an ideal gas expands irreversibly from a pressure of 1.24 bars to a pressure of 0.239 bars, with its initial and final temperatures both at T = 300 K. No work is done in this process (you can imagine that it is a free expansion into an evacuated space, if you wish). (a) Compute the change in volume for the gas, AV (in L). 189.54 QUESTION 16 Continuation of the previous problem (b) Compute AG (in kJ) for this expansion. (You should compute AS as part of this evaluation.)
Transcribed Image Text:2.25 moles of an ideal gas expands irreversibly from a pressure of 1.24 bars to a pressure of 0.239 bars, with its initial and final temperatures both at T = 300 K. No work is done in this process (you can imagine that it is a free expansion into an evacuated space, if you wish). (a) Compute the change in volume for the gas, AV (in L). 189.54 QUESTION 16 Continuation of the previous problem (b) Compute AG (in kJ) for this expansion. (You should compute AS as part of this evaluation.)
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