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Consider the piston-cylinder arrangement shown, in which the friction-free piston is free to move between two sets of bumpers. When the piston remains at the bottom stops, the volume is 400L. When the piston reaches the upper stops the volume is 600L. The cylinder initially contains water at 100 kPa, and 20% quality. The cylinder is heated until eventually the water exists as saturated steam. If the mass of The piston requires 300 kPa to move against the outside atmospheric pressure. Determine the final pressure in the cylinder, heat transfer. Plot the process on a P-T-v diagram. Answer: 361.2 kPa, 2079.18 kJ

Consider the piston-cylinder arrangement shown, in which the friction-free piston is free to move between two sets of bumpers. When the piston remains at the bottom stops, the volume is 400L. When the piston reaches the upper stops the volume is 600L. The cylinder initially contains water at 100 kPa, and 20% quality. The cylinder is heated until eventually the water exists as saturated steam. If the mass of The piston requires 300 kPa to move against the outside atmospheric pressure. Determine the final pressure in the cylinder, heat transfer. Plot the process on a P-T-v diagram. Answer: 361.2 kPa, 2079.18 kJ

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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Consider the piston-cylinder arrangement shown, in which the friction-free piston is free to move between two sets of bumpers. When the piston remains at the bottom stops, the volume is 400L. When the piston reaches the upper stops the volume is 600L. The cylinder initially contains water at 100 kPa, and 20% quality. The cylinder is heated until eventually the water exists as saturated steam. If the mass of The piston requires 300 kPa to move against the outside atmospheric pressure. Determine the final pressure in the cylinder, heat transfer. Plot the process on a P-T-v diagram. Answer: 361.2 kPa, 2079.18 kJ
Transcribed Image Text:Consider the piston-cylinder arrangement shown, in which the friction-free piston is free to move between two sets of bumpers. When the piston remains at the bottom stops, the volume is 400L. When the piston reaches the upper stops the volume is 600L. The cylinder initially contains water at 100 kPa, and 20% quality. The cylinder is heated until eventually the water exists as saturated steam. If the mass of The piston requires 300 kPa to move against the outside atmospheric pressure. Determine the final pressure in the cylinder, heat transfer. Plot the process on a P-T-v diagram. Answer: 361.2 kPa, 2079.18 kJ
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