Air flows at a rate of 0.4 kg/s through an air compressor entering at 6 m/s,...

 

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Air flows at a rate of 0.4 kg/s through an air compressor entering at 6 m/s, 1 bar and 0.85 m^3/kg and leaving at 4.5 m/s, 6.9 bar and 0.16 m^3/kg. the internal energy of the air leaving is greater than that of entering air by 88 kJ/kg, cooling water in the jacket surrounding the cylinder absorbs heat from the air at the rate of 59 kJ/s. find the power required to drive the compressor . -204.35 kw O - 104.35 kw O - 101.35 kw 105.35 kw Air flows at a rate of 0.4 kg/s through an air compressor entering at 6 m/s, 1 bar and 0.85 m^3/kg and leaving at 4.5 m/s, 6.9 bar and 0.16 m^3/kg. the internal energy of the air leaving is greater than that of entering air by 88 kJ/kg, cooling water in the jacket surrounding the cylinder absorbs heat from the air at the rate of 59 kJ/s. find the power required to drive the compressor . -204.35 kw O - 104.35 kw O - 101.35 kw 105.35 kw

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Ais flow m 04 kogls Yate 6 ms Pi 1 bar 0 2 NmL zu 3D 4 085 m 3 q 45 m... View the full answer