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Plots of AG° of vaporization vs the pressure(gas) for butane and benzene are shown below. At 1 atm, the boiling point of butane is 272 K and the boiling point of benzene is 353 K. Assign the plots to the corresponding gas and temperature system.

Plots of AG° of vaporization vs the pressure(gas) for butane and benzene are shown below. At 1 atm, the boiling point of butane is 272 K and the boiling point of benzene is 353 K. Assign the plots to the corresponding gas and temperature system.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Plots of AG° of vaporization vs the pressure(gas) for butane and benzene are shown below. At 1 atm, the boiling point of butane is 272 K and the boiling point of benzene is 353 K. Assign the plots to the corresponding gas and temperature system. A) A = P(butane) at 300 K; B = P(benzene) at 275 K; C = P(benzene) at 300 K A 10 B)A = P(benzene) at 275 K; B = P(benzene) at 300 K; C = P(butane) at 300 K B -5 C) A = P(butane) at 300 K; B = P(benzene) at 275 K; C = P(benzene) at 275 K -10- -15 D) A = P(benzene) at 275 K; B = P(butane) at 300 K; C = P(benzene) at 300 K 3 Pressure(gas) in atm E) A = P(benzene) at 300 K; B = P(benzene) at 275 K; C = P(butane) at 300K AGyaporization
Transcribed Image Text:Plots of AG° of vaporization vs the pressure(gas) for butane and benzene are shown below. At 1 atm, the boiling point of butane is 272 K and the boiling point of benzene is 353 K. Assign the plots to the corresponding gas and temperature system. A) A = P(butane) at 300 K; B = P(benzene) at 275 K; C = P(benzene) at 300 K A 10 B)A = P(benzene) at 275 K; B = P(benzene) at 300 K; C = P(butane) at 300 K B -5 C) A = P(butane) at 300 K; B = P(benzene) at 275 K; C = P(benzene) at 275 K -10- -15 D) A = P(benzene) at 275 K; B = P(butane) at 300 K; C = P(benzene) at 300 K 3 Pressure(gas) in atm E) A = P(benzene) at 300 K; B = P(benzene) at 275 K; C = P(butane) at 300K AGyaporization
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