Two adiabatic chambers, 2 m3 each, are interconnected by a valve, as shown in the figure, with one chamber containing oxygen at 500 kPa and 127°C and the other chamber evacuated. The valve is now opened until the oxygen fills both chambers and both tanks have the same pressure. Determine the total internal energy change and the final pressure in the tanks. Chamber A Valve The total internal energy change is The final pressure in the tanks is Chamber B JkJ/kg kPa.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Two adiabatic chambers, 2 m3 each, are interconnected by a valve, as shown in the figure, with one chamber containing
oxygen at 500 kPa and 127°C and the other chamber evacuated. The valve is now opened until the oxygen fills both chambers
and both tanks have the same pressure. Determine the total internal energy change and the final pressure in the tanks.
Chamber A
Valve
The total internal energy change is
The final pressure in the tanks is
Chamber B
JkJ/kg
kPa.
Transcribed Image Text:Two adiabatic chambers, 2 m3 each, are interconnected by a valve, as shown in the figure, with one chamber containing oxygen at 500 kPa and 127°C and the other chamber evacuated. The valve is now opened until the oxygen fills both chambers and both tanks have the same pressure. Determine the total internal energy change and the final pressure in the tanks. Chamber A Valve The total internal energy change is The final pressure in the tanks is Chamber B JkJ/kg kPa.
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