c) i) You have a 300 W variable refrigerant flow system that can operate heating and cooling modes simultaneously. The m

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c) i) You have a 300 W variable refrigerant flow system that can operate heating and cooling modes simultaneously. The m

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C I You Have A 300 W Variable Refrigerant Flow System That Can Operate Heating And Cooling Modes Simultaneously The M 1
C I You Have A 300 W Variable Refrigerant Flow System That Can Operate Heating And Cooling Modes Simultaneously The M 1 (26.69 KiB) Viewed 273 times
c) i) You have a 300 W variable refrigerant flow system that can operate heating and cooling modes simultaneously. The maximum coefficient of performance of the system in 9.3 when operating in this mode. However most of the time, you will operate it in cooling mode instead. How much heat could it remove when operating in this mode? ii) What is the maximum theoretical efficiency of a cooling system that moves heat from a reservoir with a temperature of 20°C into a reservoir with a temperature of 65°C.
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