Engineering, 13.12.2021 14:00 shirleyyxo
Consider a water-cooled compressor operating at steady state. In the compressor, R134-a is compresseConsider a water-cooled compressor operating at steady state. In the compressor, R134-a is compressed from state 1
(saturated vapor, 1 bar) to state 2 (8 bar). The mass flow rate of the R134a is 0.9 kg/min while the HT from the compressor
by water cooling is 140 kJ/min. If the power input to the ccompressor is 3 kW, calculate the R134a exit temperature from
the compressord from state 1
(saturated vapor, 1 bar) to state 2 (8 bar). The mass flow rate of the R134a is 0.9 kg/min while the HT from the compressor
by water cooling is 140 kJ/min. If the power input to the ccompressor is 3 kW, calculate the R134a exit temperature from
the compressor
Answers: 3
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Consider a water-cooled compressor operating at steady state. In the compressor, R134-a is compresse...
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