Two spheres each 3.0 ft in diameter are connected by a pipe in which there is a valve. Each sphere contains nitrogen gas with sphere A has a temperature of 80°F, while the other is is 120°F. With the valve closed, sphere A has a gage pressure 51.9 psi and the other 10.9 psi. After the valve has been open long enough for equilibrium to obtain, what is the equilibrium temperature if the final pressure is 35.2 psig?

Two spheres each 3.0 ft in diameter are connected by a pipe in which there is a valve. Each sphere contains nitrogen gas with sphere A has a temperature of 80°F, while the other is is 120°F. With the valve closed, sphere A has a gage pressure 51.9 psi and the other 10.9 psi. After the valve has been open long enough for equilibrium to obtain, what is the equilibrium temperature if the final pressure is 35.2 psig?

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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Two spheres each 3.0ft in diameter are connected by a pipe in which there is a valve. Each sphere contains nitrogen gas with sphere A has a temperature of 80°F, while the other is 120°F. With the valve closed, sphere A has a gauze pressure of 51.9 psi and the other 10.9 psi. After the valve has been open long enough for equilibrium to obtain, what is the equilibrium temperature if the final pressure is 35.2 psig?
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