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Determine the work done by a 1 Kgm tluid system as it expand slowly in a closed system from P= 2.84 Mpa, V= 0.08 m' to V2 = 0.22m' in accordance to the defining relations: (a) p=c, (b) pV =c, (c) pV =c.(d) pV (InV) = c and (e) pv1= c.Express your answer in calories. %3D

Determine the work done by a 1 Kgm tluid system as it expand slowly in a closed system from P= 2.84 Mpa, V= 0.08 m' to V2 = 0.22m' in accordance to the defining relations: (a) p=c, (b) pV =c, (c) pV =c.(d) pV (InV) = c and (e) pv1= c.Express your answer in calories. %3D

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Determine the work done by a 1 Kgm fluid system as it expand slowły in a closed system from P= 2.84 Mpa, V1= 0.08 m to V2 = 0.22m in accordance to the defining relations: (a) p = c, (b) pV = c, (c) pV = c.(d) pV (InV) = cand (e) pv1=cExpress your answer in calories.
Transcribed Image Text:Determine the work done by a 1 Kgm fluid system as it expand slowły in a closed system from P= 2.84 Mpa, V1= 0.08 m to V2 = 0.22m in accordance to the defining relations: (a) p = c, (b) pV = c, (c) pV = c.(d) pV (InV) = cand (e) pv1=cExpress your answer in calories.
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