Two rigid tanks are connected by a valve. The left tank is filled with 8.6 ft of air initially at 22 psia and 74.4°F. The right tank is filled with 11.1 ft of air initially at 17.3 psia and 104.2°F. The valve is opened and the system reaches equilibrium without gaining or losing any en overall (meaning that the total energy of the air does not change). Assume that the specific heat is constant and can be taken at a temperature of 80°F. a) What is the final temperature of the system after the valve ; opened? °F

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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Two rigid tanks are connected by a valve. The left tank is filled with 8.6 ft³ of air initially at 22 psia and 74.4°F. The right tank is filled with 11.1 ft³ of air initially at 17.3 psia and 104.2°F. The valve is opened and the system reaches equilibrium without gaining or losing any energy
overall (meaning that the total energy of the air does not change). Assume that the specific heat is constant and can be taken at a temperature of 80°F.
a) What is the final temperature of the system after the valve is opened?
°F
b) What is the final pressure of the air after the valve is opened?
psia
Transcribed Image Text:Two rigid tanks are connected by a valve. The left tank is filled with 8.6 ft³ of air initially at 22 psia and 74.4°F. The right tank is filled with 11.1 ft³ of air initially at 17.3 psia and 104.2°F. The valve is opened and the system reaches equilibrium without gaining or losing any energy overall (meaning that the total energy of the air does not change). Assume that the specific heat is constant and can be taken at a temperature of 80°F. a) What is the final temperature of the system after the valve is opened? °F b) What is the final pressure of the air after the valve is opened? psia
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