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3. A piston-cylinder contains ideal CO (carbon monoxide, M=28.01 Ib/lbmol) that undergoes a process PV14=constant. The initial temperature is 300•F and the gage pressure is 35.3 psig. The final volume is twice the volume at state 1. The mass is 1 lb. Find the pressure and temperature at state 2 and the work and heat transfer. The value of universal gas constant is 1545 ft.lIbf/lbmol.•R. Ignore kinetic and potential effects.

3. A piston-cylinder contains ideal CO (carbon monoxide, M=28.01 Ib/lbmol) that undergoes a process PV14=constant. The initial temperature is 300•F and the gage pressure is 35.3 psig. The final volume is twice the volume at state 1. The mass is 1 lb. Find the pressure and temperature at state 2 and the work and heat transfer. The value of universal gas constant is 1545 ft.lIbf/lbmol.•R. Ignore kinetic and potential effects.

Elements Of Electromagnetics
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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P2 = 18.95 Psi

T2 = 575 R

W12 = 32.59 Btu 

Q12 = 0 Btu

3. A piston-cylinder contains ideal CO (carbon monoxide, M=28.01 Ib/lbmol) that undergoes a process PV14=constant. The initial temperature is 300•F and the gage pressure is 35.3 psig. The final volume is twice the volume at state 1. The mass is 1 lb. Find the pressure and temperature at state 2 and the work and heat transfer. The value of universal gas constant is 1545 ft.lIbf/lbmol.•R. Ignore kinetic and potential effects.
Transcribed Image Text:3. A piston-cylinder contains ideal CO (carbon monoxide, M=28.01 Ib/lbmol) that undergoes a process PV14=constant. The initial temperature is 300•F and the gage pressure is 35.3 psig. The final volume is twice the volume at state 1. The mass is 1 lb. Find the pressure and temperature at state 2 and the work and heat transfer. The value of universal gas constant is 1545 ft.lIbf/lbmol.•R. Ignore kinetic and potential effects.
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