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Refrigerant R - 1 3 4 a enters a steady - flow compressor at 5 deg C and as a saturated vapor. a )
Refrigerant Ra enters a steadyflow compressor at deg C and as a saturated vapor. a The refrigerant follows a reversible, adiabatic process in the compressor and leaves at MPa. The mass flow rate of the Ra through the compressor is kgs Neglecting changes in kinetic energy, calculate the power required by the compressor and the temperature of the Ra as it leaves the compressor. b Suppose the compressor in part a has friction that generates entropy as the refrigerant flows through the compressor at a rate of JK s What power would be required by this compressor and what would be the temperature of the refrigerant as it leaves the compressor?
Refrigerant Ra enters a steadyflow compressor at deg C and as a saturated vapor.
a The refrigerant follows a reversible, adiabatic process in the compressor and
leaves at MPa. The mass flow rate of the Ra through the compressor is
kgs Neglecting changes in kinetic energy, calculate the power required by
the compressor and the temperature of the Ra as it leaves the compressor.
b Suppose the compressor in part a has friction that generates entropy as the
refrigerant flows through the compressor at a rate of JK s What power
would be required by this compressor and what would be the temperature of the
refrigerant as it leaves the compressor?
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