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now opened, and one-half of the total mass is withdrawn from the tank in liquid form. Heat is transferred to water from a source of 210°C so that the temperature in the tank remains constant. For the process described determine the following:

now opened, and one-half of the total mass is withdrawn from the tank in liquid form. Heat is transferred to water from a source of 210°C so that the temperature in the tank remains constant. For the process described determine the following:

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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ANSWER E AND F ONLY. SHOW COMPLETE AND LEGIBLE SOLUTION.
A 0.6-m³ rigid tank is filled with saturated liquid water at 170°C. A valve at the bottom of the tank is now opened, and one-half of the total mass is withdrawn from the tank in liquid form. Heat is transferred to water from a source of 210°C so that the temperature in the tank remains constant. For the process described, determine the following: a. b. C. Initial mass of the saturated liquid water in the rigid tank Final mass Final state of water in the tank -whether saturated mixture (solve for the quality), compressed liquid, or superheated (show proof) Amount of heat transfer d. e. Entropy generation f. Exergy destruction (or irreversibility) Assume the surroundings to be at 25°C and 100 kPa.
Transcribed Image Text:A 0.6-m³ rigid tank is filled with saturated liquid water at 170°C. A valve at the bottom of the tank is now opened, and one-half of the total mass is withdrawn from the tank in liquid form. Heat is transferred to water from a source of 210°C so that the temperature in the tank remains constant. For the process described, determine the following: a. b. C. Initial mass of the saturated liquid water in the rigid tank Final mass Final state of water in the tank -whether saturated mixture (solve for the quality), compressed liquid, or superheated (show proof) Amount of heat transfer d. e. Entropy generation f. Exergy destruction (or irreversibility) Assume the surroundings to be at 25°C and 100 kPa.
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