Two 10-ft adiabatic tanks are connected by a valve. Initially, one tank contains water at 450 psia with 10 percent quality, while the second contains water at 15 psia with 75 percent quality. The valve is now opened, allowing the water vapor from the high-pressure tank to move to the low pressure tank until the pressure in the two becomes equal. Determine the final pressure and the final mass in each tank. Water 10 ft 450 psia Water 10 ft 15 psia x= 0,10 x= 0.75 The final pressure in each tank is The final mass in each tank is [ psia. Ibm.
Two 10-ft adiabatic tanks are connected by a valve. Initially, one tank contains water at 450 psia with 10 percent quality, while the second contains water at 15 psia with 75 percent quality. The valve is now opened, allowing the water vapor from the high-pressure tank to move to the low pressure tank until the pressure in the two becomes equal. Determine the final pressure and the final mass in each tank. Water 10 ft 450 psia Water 10 ft 15 psia x= 0,10 x= 0.75 The final pressure in each tank is The final mass in each tank is [ psia. Ibm.
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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Read and solve this question carefully, Write clear and circle the answers for “ the final temp” in psi
And the final mass in lbm
Transcribed Image Text:Two 10-ft adiabatic tanks are connected by a valve. Initially, one tank contains water at 450 psia with 10 percent quality, while the second
contains water at 15 psia with 75 percent quality. The valve is now opened, allowing the water vapor from the high-pressure tank to move
to the low pressure tank until the pressure in the two becomes equal. Determine the final pressure and the final mass in each tank.
Water
10 ft
450 psia
Water
10 ft
15 psia
x= 0.75
x= 0,10
The final pressure in each tank is
The final mass in each tank is
psia.
Ibm.
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