4- A piston-cylinder device, with a set of stops on the top, initially contains 3 kg of water at 200 kPa and x=0.7. Heat is now transferred to the water and the piston rises until it hits the stops, at which point the cylinder contains saturated vapor water. Additional heat is transferred until the pressure inside cylinder also doubled. Required: Perform step by step energy analysis and determine:a) The initial volume and the initial temperatureb) The final volume and the final temperaturec) The boundary workd) The total heat transfere) Draw pressure-specific volume graph and label all data with respect to the dome. 4- A piston-cylinder device, with a set of stops on the top, initially contains 3 kg of waterat 200 kPa and x=0.7. Heat is now transferred to the water and the piston rises until ithits the stops, at which point the cylinder contains saturated vapor water. Additionalheat is transferred until the pressure inside cylinder also doubled.Required: Perform step by step energy analysis and determine:a) The initial volume and the initial temperatureb) The final volume and the final temperaturec) The boundary workd) The total heat transfere) Draw pressure-specific volume graph and label all data with respect to the dome.PistonwaterFigure 1

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Answered: 4- A piston-cylinder device, with a set…

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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4- A piston-cylinder device, with a set of stops on the top, initially contains 3 kg of water at 200 kPa and x=0.7. Heat is now transferred to the water and the piston rises until it hits the stops, at which point the cylinder contains saturated vapor water. Additional heat is transferred until the pressure inside cylinder also doubled.

Required: Perform step by step energy analysis and determine:
a) The initial volume and the initial temperature
b) The final volume and the final temperature
c) The boundary work
d) The total heat transfer
e) Draw pressure-specific volume graph and label all data with respect to the dome.

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