True or False: Due to heat compression, condensers must release more heat than evaporators can absorb.

The statement is true because, in a refrigeration cycle, the condenser and evaporator perform complementary functions in the heat transfer process. The evaporator absorbs heat from the indoor environment, cooling the air that circulates through a space. This process requires the absorption of energy to change the refrigerant from a liquid to a gas.

On the other hand, the condenser expels the heat absorbed by the evaporator as well as the additional heat generated through the compression of the refrigerant. This means that the total heat output from the condenser must exceed the amount of heat that the evaporator absorbs. The difference accounts for the energy added to the refrigerant during its compression phase. The result is that the condenser must effectively release more heat than the evaporator absorbs to maintain the efficiency and operation of the system.

Thus, the requirement for condensers to release more heat aligns with thermodynamic principles governing refrigeration and air conditioning cycles.