The condenser is doing the opposite job of which component?

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Multiple Choice

The condenser is doing the opposite job of which component?

Explanation:
In a refrigeration cycle, heat exchangers work in opposite directions. The evaporator absorbs heat from the space and turns liquid refrigerant into vapor, cooling the area. The condenser does the opposite by releasing heat to the outside air and turning the refrigerant vapor back into a liquid. So the condenser’s opposite job is the evaporator, which absorbs heat and causes vaporization. The other components—compressor and expansion valve—perform different roles (compressing to raise pressure/temperature, and metering refrigerant to drop pressure), not opposite heat-exchange actions like the evaporator.

In a refrigeration cycle, heat exchangers work in opposite directions. The evaporator absorbs heat from the space and turns liquid refrigerant into vapor, cooling the area. The condenser does the opposite by releasing heat to the outside air and turning the refrigerant vapor back into a liquid. So the condenser’s opposite job is the evaporator, which absorbs heat and causes vaporization. The other components—compressor and expansion valve—perform different roles (compressing to raise pressure/temperature, and metering refrigerant to drop pressure), not opposite heat-exchange actions like the evaporator.

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