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An ideal gas is undergoing a process in which temperature and volume relation is TaV¯5 . Calculate the work done by the gas is going from state -1 in which pressure is 100 bar and the volume is 4 m³ to a state-2 in which the volume is 2 m² . Also calculate the pressure at the state-2 of the system. a) P, = 264 bar and W =-32 MJ b) P, = 274 bar and W =-42 MJ c) P, = 266 bar and W = 36 MJ d) P, = 364 bar and W = 52 MJ

An ideal gas is undergoing a process in which temperature and volume relation is TaV¯5 . Calculate the work done by the gas is going from state -1 in which pressure is 100 bar and the volume is 4 m³ to a state-2 in which the volume is 2 m² . Also calculate the pressure at the state-2 of the system. a) P, = 264 bar and W =-32 MJ b) P, = 274 bar and W =-42 MJ c) P, = 266 bar and W = 36 MJ d) P, = 364 bar and W = 52 MJ

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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An ideal gas is undergoing a process in which temperature and volume relation is TaV5 . Calculate the work done by the gas is going from state -1 in which pressure is 100 bar and the volume is 4 m' to a state-2 in which the volume is 2 m'. Also calculate the pressure at the state-2 of the system. a) P, = 264 bar and W =-32 MJ b) P, = 274 bar and W =-42 MJ c) P = 266 bar and W = 36 MJ d) P, = 364 bar and W = 52 MJ
Transcribed Image Text:An ideal gas is undergoing a process in which temperature and volume relation is TaV5 . Calculate the work done by the gas is going from state -1 in which pressure is 100 bar and the volume is 4 m' to a state-2 in which the volume is 2 m'. Also calculate the pressure at the state-2 of the system. a) P, = 264 bar and W =-32 MJ b) P, = 274 bar and W =-42 MJ c) P = 266 bar and W = 36 MJ d) P, = 364 bar and W = 52 MJ
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