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A1 m3 vessel contains saturated vapor water at 100 kPa. The vessel was cooled to 50°C. The surrounding is at 27°C. Select all correct statements. O a. Assuming the heat removed from cooling dissipated into the surroundings, the total change in entropy, AST, is 0.856 kJ/K. O b. Assuming the heat removed from cooling dissipated into the surroundings, the total change in entropy, AST, is 0.586 kJ/K. O c. If cooling was done while maintaining the pressure at 100 kPa, the process would result in superheated steam. O d. The total mass of water in the vessel is 590.42 g. O e. A total of 1370 kJ of heat was removed from the system for the cooling process. Of. A total of 1170 kJ of heat was removed from the system for the cooling process. O g. After cooling, 85% of the water is in the liquid state.

A1 m3 vessel contains saturated vapor water at 100 kPa. The vessel was cooled to 50°C. The surrounding is at 27°C. Select all correct statements. O a. Assuming the heat removed from cooling dissipated into the surroundings, the total change in entropy, AST, is 0.856 kJ/K. O b. Assuming the heat removed from cooling dissipated into the surroundings, the total change in entropy, AST, is 0.586 kJ/K. O c. If cooling was done while maintaining the pressure at 100 kPa, the process would result in superheated steam. O d. The total mass of water in the vessel is 590.42 g. O e. A total of 1370 kJ of heat was removed from the system for the cooling process. Of. A total of 1170 kJ of heat was removed from the system for the cooling process. O g. After cooling, 85% of the water is in the liquid state.

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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A1 m3 vessel contains saturated vapor water at 100 kPa. The vessel was cooled to 50°C. The surrounding is at 27°C. Select all correct statements. O a. Assuming the heat removed from cooling dissipated into the surroundings, the total change in entropy, AST, is 0.856 kJ/K. O b. Assuming the heat removed from cooling dissipated into the surroundings, the total change in entropy, AST, is 0.586 kJ/K. O c. If cooling was done while maintaining the pressure at 100 kPa, the process would result in superheated steam. O d. The total mass of water in the vessel is 590.42 g. O e. A total of 1370 kJ of heat was removed from the system for the cooling process. O f. A total of 1170 kJ of heat was removed from the system for the cooling process. O g. After cooling, 85% of the water is in the liquid state.
Transcribed Image Text:A1 m3 vessel contains saturated vapor water at 100 kPa. The vessel was cooled to 50°C. The surrounding is at 27°C. Select all correct statements. O a. Assuming the heat removed from cooling dissipated into the surroundings, the total change in entropy, AST, is 0.856 kJ/K. O b. Assuming the heat removed from cooling dissipated into the surroundings, the total change in entropy, AST, is 0.586 kJ/K. O c. If cooling was done while maintaining the pressure at 100 kPa, the process would result in superheated steam. O d. The total mass of water in the vessel is 590.42 g. O e. A total of 1370 kJ of heat was removed from the system for the cooling process. O f. A total of 1170 kJ of heat was removed from the system for the cooling process. O g. After cooling, 85% of the water is in the liquid state.
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