Determine the rate at which entropy is generated in the compressor and the condenser of this refrigeration cycle. The working fluid is R134a, and the cycle operates between thermal reservoirs of O°C and 52°C. P2=Ps=9 bar T3= 60°C Saturated liquid Condenser W = 5.17 kW VExpansion valve Compressor Evaporator =7 kg/min P-P-24 bar

Elements Of Electromagnetics
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Determine the rate at which entropy is generated in the compressor and the condenser of this
refrigeration cycle. The working fluid is R134a, and the cycle operates between thermal reservoirs of
O°C and 52°C.
Saturated
liquid
P2=P3=9 bar
T = 60°C
Condenser
VExpansion
W = 5.17 kW
Compressor
valve
Evaporator
m=7 kg/min
P=P=24 bar
Transcribed Image Text:Determine the rate at which entropy is generated in the compressor and the condenser of this refrigeration cycle. The working fluid is R134a, and the cycle operates between thermal reservoirs of O°C and 52°C. Saturated liquid P2=P3=9 bar T = 60°C Condenser VExpansion W = 5.17 kW Compressor valve Evaporator m=7 kg/min P=P=24 bar
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