A rigid tank A of volume 0.6 m ^ 3 contains 3 kg of water at 120 ° C and rigid tank B of V = 0.4 m ^ 3 contains water at 600 kPa and 200 ° C. The tanks are connected to a cylinder-piston system initially empty when the valves are closed. The pressure in the cylinder must be 800 kPa for the piston to float. Now the valves open slowly and heat is transferred so that the water reaches a steady state of 250 ° C with the valves open. Find the final volume and final pressure, work, and heat transferred during the process.
A rigid tank A of volume 0.6 m ^ 3 contains 3 kg of water at 120 ° C and rigid tank B of V = 0.4 m ^ 3 contains water at 600 kPa and 200 ° C. The tanks are connected to a cylinder-piston system initially empty when the valves are closed. The pressure in the cylinder must be 800 kPa for the piston to float. Now the valves open slowly and heat is transferred so that the water reaches a steady state of 250 ° C with the valves open. Find the final volume and final pressure, work, and heat transferred during the process.
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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A rigid tank A of volume 0.6 m ^ 3 contains 3 kg of water at 120 ° C and rigid tank B of V = 0.4 m ^ 3 contains water at 600 kPa and 200 ° C.
The tanks are connected to a cylinder-piston system initially empty when the valves are closed. The pressure in the cylinder must be 800 kPa for the piston to float. Now the valves open slowly and heat is transferred so that the water reaches a steady state of 250 ° C with the valves open. Find the final volume and final pressure, work, and heat transferred during the process.
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