A system moves from state X to Y via path 1as shown in figure. 100 joules of heatis absorbed by the system while work done by the system is 9.56 cal.i) Determine the heat absorbed/released when system moves from X to Y viapath 2 and magnitude of work done for this path is 4.7 cal.ii) Determine the heat absorbed/released when system moves from Y to X viapath 3 and work done on the system is 30J. Q.3 a) A system moves from state X to Y via path las shown in figure. 100 joules of heatis absorbed by the system while work done by the system is 9.56 cal.i) Determine the heat absorbed/released when system moves from X to Y viapath 2 and magnitude of work done for this path is 4.7 cal.[2.5]ii) Determine the heat absorbed/released when system moves from Y to X viapath 3 and work done on the system is 30J.[2.5]

(i) The heat absorbed/released by the system from X to Y through path 2 is to be calculated. From…

Answered: A system moves from state X to Y via…

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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A system moves from state X to Y via path 1as shown in figure. 100 joules of heat
is absorbed by the system while work done by the system is 9.56 cal.
i) Determine the heat absorbed/released when system moves from X to Y via
path 2 and magnitude of work done for this path is 4.7 cal.
ii) Determine the heat absorbed/released when system moves from Y to X via
path 3 and work done on the system is 30J.

Q.3 a) A system moves from state X to Y via path las shown in figure. 100 joules of heat
is absorbed by the system while work done by the system is 9.56 cal.
i) Determine the heat absorbed/released when system moves from X to Y via
path 2 and magnitude of work done for this path is 4.7 cal.
[2.5]
ii) Determine the heat absorbed/released when system moves from Y to X via
path 3 and work done on the system is 30J.
[2.5]

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