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{"ops":[{"insert":"Note: Draw the P-V, T-S diagrams for all problems\n7. During a reversible process 320 kJ\/s of heat are given off by 1.5 kg m \/s of a certain gas while its\ntemperature remains constant at 27.7 o C. For this gas c p = 2.232 kJ\/kg m - o K and k = 1.303. The initial pressure is 590 kPaa. Find a) final volume, b) work non flow (kJ\/s), c) \u2206S (kJ\/ o K -s) \n8. An ideal compressor compresses 12 kg\/min of air isothermally from 99 kPaa and a specific volume of\n0.81 m 3 \/kg m to a final pressure of 600 kPaa. Determine a) Power (kW) required to drive the compressor, b) change in entropy (kJ\/ O K), c) heat transferred.\n9. The gain in entropy during an isothermal nonflow process of 5 lb m of air at 60 o F is 0.462 BTU\/ o R. What is a) the ratio V 2 \/V 1 , b) P 2 \/P 1 , c) Work (BTU) \n"}]}
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