What is the low-temperature heat transfer rate
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Determine the entropy generation in the compression process, the refrigeration capacity, and the COP for this cycle.
Determine the amount of energy saved by using the heat pump instead of directly heating the water from 15oC to 60oC.
Find the power input to the compressor and the rate of entropy generation in the compressor process.
A refrigerator in a laboratory uses R-134a as the working substance. Find the cycle COP and the electrical power required.
What is the mass flow rate of the R-134a, and what is the low-temperature heat transfer rate? What is the mass flow rate of air at 10oC?
After the compressor, the temperature is measured to be 60oC. Find the actual compressor work and the actual cycle COP.
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A heat pump uses R410a with a high pressure of 3000 kPa and an evaporator operating at -10oC. Find the COP and the temperature at which it can deliver energy.
Find the specific heat transfer from the cold space and that to the hot space, the COP, and the isentropic efficiency of the compressor.
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