In a typical vapor compression cycle, the vapor leaving the compressor is at a higher pressure than the vapor entering.

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Prepare for the SkillCat EPA Type 2 Test with interactive flashcards and multiple-choice questions. Each question is accompanied by hints and explanations. Get ready to pass your exam!

Multiple Choice

In a typical vapor compression cycle, the vapor leaving the compressor is at a higher pressure than the vapor entering.

Explanation:
Raising the pressure of the refrigerant vapor is what the compressor does in a vapor compression cycle. As the vapor is compressed, work is added to it, and its pressure and temperature increase. The suction side is at low pressure, while the discharge side leaves the compressor at a much higher pressure so it can release heat in the condenser and then return to a low-pressure state in the evaporator. Because of this, the vapor leaving the compressor is at a higher pressure than the vapor entering. This is why the statement is true.

Raising the pressure of the refrigerant vapor is what the compressor does in a vapor compression cycle. As the vapor is compressed, work is added to it, and its pressure and temperature increase. The suction side is at low pressure, while the discharge side leaves the compressor at a much higher pressure so it can release heat in the condenser and then return to a low-pressure state in the evaporator. Because of this, the vapor leaving the compressor is at a higher pressure than the vapor entering. This is why the statement is true.

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