A refrigerant like freon is needed to have low boiling point in order for the compressor to require less amount of energy in doing its work. The freon gas is then compressed by a compressor to a high pressure resulting to an increase in temperature and becomes hot gas.
In the first stage of the refrigeration cycle, refrigerant enters a compressor as a low-pressure vapor. The compressor compresses the refrigerant to a high-pressure vapor, causing it to become superheated. Once the refrigerant is compressed and heated, it leaves the compressor and enters the next stage of the cycle.
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Answer:
A refrigerant like freon is needed to have low boiling point in order for the compressor to require less amount of energy in doing its work. The freon gas is then compressed by a compressor to a high pressure resulting to an increase in temperature and becomes hot gas.
Answer:
In the first stage of the refrigeration cycle, refrigerant enters a compressor as a low-pressure vapor. The compressor compresses the refrigerant to a high-pressure vapor, causing it to become superheated. Once the refrigerant is compressed and heated, it leaves the compressor and enters the next stage of the cycle.
Explanation:
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