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Ex 3-7: A cylinder contains 1 kg of a certain fluid at an initial pressure of 20 bar. The fluid is allowed to expand behind a piston according to a law pV? volume is doubled. The fluid is then cooled at constant pressure until the piston regains its original position ; heat is then supplied with the piston firmly locked in position until the pressure rises to the original value of 20 bar. Calculate the net work done by the fluid, for an initial volume of 0.05 m. = constant until the

Ex 3-7: A cylinder contains 1 kg of a certain fluid at an initial pressure of 20 bar. The fluid is allowed to expand behind a piston according to a law pV? volume is doubled. The fluid is then cooled at constant pressure until the piston regains its original position ; heat is then supplied with the piston firmly locked in position until the pressure rises to the original value of 20 bar. Calculate the net work done by the fluid, for an initial volume of 0.05 m. = constant until the

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
Problem 1.1MA
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Ex 3-7: A cylinder contains 1 kg of a certain fluid at an initial pressure of 20 bar. The fluid is allowed to expand behind a piston according to a law pV² = constant until the volume is doubled. The fluid is then cooled at constant pressure until the piston regains its original position ; heat is then supplied with the piston firmly locked in position until the pressure rises to the original value of 20 bar. Calculate the net work done by the fluid, for an initial volume of 0.05 m³.
Transcribed Image Text:Ex 3-7: A cylinder contains 1 kg of a certain fluid at an initial pressure of 20 bar. The fluid is allowed to expand behind a piston according to a law pV² = constant until the volume is doubled. The fluid is then cooled at constant pressure until the piston regains its original position ; heat is then supplied with the piston firmly locked in position until the pressure rises to the original value of 20 bar. Calculate the net work done by the fluid, for an initial volume of 0.05 m³.
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