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Q6. An inventor has devised a complicated non- flow process in which 1 mol of air is the working fluid. The net effects of the process are claimed to be a. A change in state of the air from 500 k and 2 bar to 350 k and 1 bar. b. The production of 2000 j of work. c. The transfer of amount of heat to reservoir at 300 k. Determine whether the claimed performance of the process is consistent with the second law. Given Cp- 7/2 R Ans: 4STS0 impossible.

Q6. An inventor has devised a complicated non- flow process in which 1 mol of air is the working fluid. The net effects of the process are claimed to be a. A change in state of the air from 500 k and 2 bar to 350 k and 1 bar. b. The production of 2000 j of work. c. The transfer of amount of heat to reservoir at 300 k. Determine whether the claimed performance of the process is consistent with the second law. Given Cp- 7/2 R Ans: 4STS0 impossible.

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
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Q6. An inventor has devised a complicated non- flow process in which 1 mol of air is the working fluid. The net effects of the process are claimed to be a. A change in state of the air from 500 k and 2 bar to 350 k and 1 bar. b. The production of 2000 j of work. c. The transfer of amount of heat to reservoir at 300 k. Determine whether the claimed performance of the process is consistent with the second law. Given Cp= 7/2 R Ans: 4STS0 impossible.
Transcribed Image Text:Q6. An inventor has devised a complicated non- flow process in which 1 mol of air is the working fluid. The net effects of the process are claimed to be a. A change in state of the air from 500 k and 2 bar to 350 k and 1 bar. b. The production of 2000 j of work. c. The transfer of amount of heat to reservoir at 300 k. Determine whether the claimed performance of the process is consistent with the second law. Given Cp= 7/2 R Ans: 4STS0 impossible.
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