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Po Q3.A frictionless piston/cylinder contains saturated water at 35°C. The piston cross-sectional area is 0.06 m² and has a mass of 4kgs. Initially, the piston resting on the stops enclosing a volume of 0.03 m³. To raise this piston against atmospheric pressure, a pressure of 300 kPa has to be applied. On moving the piston upwards, it will encounter a linear spring when the contained volume is 0.075 m³. To deflect this spring 1 m, the force required is 360 kN. If the final pressure is 7 MPa, determine a) the final state of water, and b) the work done during the process. H₂0

Po Q3.A frictionless piston/cylinder contains saturated water at 35°C. The piston cross-sectional area is 0.06 m² and has a mass of 4kgs. Initially, the piston resting on the stops enclosing a volume of 0.03 m³. To raise this piston against atmospheric pressure, a pressure of 300 kPa has to be applied. On moving the piston upwards, it will encounter a linear spring when the contained volume is 0.075 m³. To deflect this spring 1 m, the force required is 360 kN. If the final pressure is 7 MPa, determine a) the final state of water, and b) the work done during the process. H₂0

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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Q3.A frictionless piston/cylinder contains saturated water at 35°C. The piston cross-sectional area is 0.06 m² and has a mass of 4kgs. Initially, the piston resting on the stops enclosing a volume of 0.03 m³. To raise this piston against atmospheric pressure, a pressure of 300 kPa has to be applied. On moving the piston upwards, it will encounter a linear spring when the contained volume is 0.075 m³. To deflect this spring 1 m, the force required is 360 kN. If the final pressure is 7 MPa, determine a) the final state of water, and b) the work done during the process. Po H₂O
Transcribed Image Text:Q3.A frictionless piston/cylinder contains saturated water at 35°C. The piston cross-sectional area is 0.06 m² and has a mass of 4kgs. Initially, the piston resting on the stops enclosing a volume of 0.03 m³. To raise this piston against atmospheric pressure, a pressure of 300 kPa has to be applied. On moving the piston upwards, it will encounter a linear spring when the contained volume is 0.075 m³. To deflect this spring 1 m, the force required is 360 kN. If the final pressure is 7 MPa, determine a) the final state of water, and b) the work done during the process. Po H₂O
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