QUESTION 16 In an evaporator or a boiler, as a heat exchanger, the heat capacity rate: O Ch >> Cc. Ch- O Ch << Cc. Cc-* 00 O Ch = Cc O The temperature is not constant during the condensation 98
QUESTION 16 In an evaporator or a boiler, as a heat exchanger, the heat capacity rate: O Ch >> Cc. Ch- O Ch << Cc. Cc-* 00 O Ch = Cc O The temperature is not constant during the condensation 98
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
Transcribed Image Text:*** In a heat exchanger, If the hot fluid is a condensing vapor, then the heat capacity rate:
O Ch >> Cc. Ch→
O Ch<< Cc. Cc00
O Ch = Cc
O The temperature is not constant during the condensation
QUESTION 16
> In an evaporator or a boiler, as a heat exchanger, the heat capacity rate:
O Ch >> Cc. Ch-
98
O Ch << Cc Cc→ *
O Ch = Cc
O The temperature is not constant during the condensation
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