10 During an isothermal process at 88°F, the pressure on 8 lb of air drops from 80 psia to 5 psig. Determine: a. The non-flow and steady flow work. Ans. 421.2 Btu, 421.2 Btu b. The heat and change in internal energy and change in enthalpy. Ans. 421.2 Btu, 0, 0 C. The change in entropy. Ans. 0.7686 Btu/ R
10 During an isothermal process at 88°F, the pressure on 8 lb of air drops from 80 psia to 5 psig. Determine: a. The non-flow and steady flow work. Ans. 421.2 Btu, 421.2 Btu b. The heat and change in internal energy and change in enthalpy. Ans. 421.2 Btu, 0, 0 C. The change in entropy. Ans. 0.7686 Btu/ R
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![10 During an isothermal process at 88°F, the pressure on 8 lb of air drops from 80 psia to
5 psig.
Determine:
a. The non-flow and steady flow work. Ans. 421.2 Btu, 421.2 Btu
b. The heat and change in internal energy and change in enthalpy. Ans. 421.2 Btu,
0, 0
C. The change in entropy. Ans. 0.7686 Btu/°R](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F86c690c1-1bdf-4e70-b656-bd7d92d35359%2Fb4ecee25-835f-4c41-b497-8c20e0f31fff%2Forxrsqk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:10 During an isothermal process at 88°F, the pressure on 8 lb of air drops from 80 psia to
5 psig.
Determine:
a. The non-flow and steady flow work. Ans. 421.2 Btu, 421.2 Btu
b. The heat and change in internal energy and change in enthalpy. Ans. 421.2 Btu,
0, 0
C. The change in entropy. Ans. 0.7686 Btu/°R
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