The heat removed from the refrigerant by the condenser is

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Multiple Choice

The heat removed from the refrigerant by the condenser is

Explanation:
In a condenser, the refrigerant goes from high-temperature vapor to liquid while rejecting heat to the surroundings. That heat rejection includes two parts: the sensible heat lost as the vapor cools from its inlet temperature down to the condensation (saturation) temperature, and the latent heat released as the vapor actually condenses into a liquid. If the liquid leaves subcooled, additional sensible heat is removed after condensation, but the essential idea is that both sensible and latent heat are rejected.

In a condenser, the refrigerant goes from high-temperature vapor to liquid while rejecting heat to the surroundings. That heat rejection includes two parts: the sensible heat lost as the vapor cools from its inlet temperature down to the condensation (saturation) temperature, and the latent heat released as the vapor actually condenses into a liquid. If the liquid leaves subcooled, additional sensible heat is removed after condensation, but the essential idea is that both sensible and latent heat are rejected.

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