The volume of a compressible fluid system changes from 1 ft^3 to 5 ft^3 during an internally reversible process in which the pressure varies as P=[(100/V) + 50] psia when V is in ft^3. A. For the...


The volume of a compressible fluid<br>system changes from 1 ft^3 to 5 ft^3<br>during an internally reversible process in<br>which the pressure varies as P=[(100/V) +<br>50] psia when V is in ft^3.<br>A. For the process, find the area behind the<br>P-V curve.<br>B. If the process is steady flow with AKE=5<br>BTU, APE=-2 BTU and AH=120 BTU, Find<br>the work.<br>C. If the process is steady flow with AKE=5<br>BTU, APE=-2 BTU and AH=120 BTU, Find<br>the heat.<br>D. If the process is nonflow, find Work.<br>E. If the process is nonflow, find Heat.<br>F. If the process is nonflow, find AU.<br>

Extracted text: The volume of a compressible fluid system changes from 1 ft^3 to 5 ft^3 during an internally reversible process in which the pressure varies as P=[(100/V) + 50] psia when V is in ft^3. A. For the process, find the area behind the P-V curve. B. If the process is steady flow with AKE=5 BTU, APE=-2 BTU and AH=120 BTU, Find the work. C. If the process is steady flow with AKE=5 BTU, APE=-2 BTU and AH=120 BTU, Find the heat. D. If the process is nonflow, find Work. E. If the process is nonflow, find Heat. F. If the process is nonflow, find AU.

Jun 11, 2022
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