Air enters an air conditioning unit at 32 deg C, 80% relative humidity, and with

Question

Air enters an air conditioning unit at 32 deg C, 80% relative humidity, and with a mass flowrate of 12 kg/min. It is to be conditioned to 25 deg C and 50% relative humidity. In order to do this, part of the moisture in the air must be removed as condensate at 30 deg C. Find:

a)Temp to which the incoming humid air must be cooled to achieve the desired rate of condensation.

Please show steps clearly! Thanks for your help!

Here is a link to the same problem with a bunch of information and computations that may be helpful:

http://www.cramster.com/answers-nov-10/mechanical-engineering/thermo-problem-show-steps_1057937.aspx

Explanation / Answer

here we calculated the rate of condensed amount by using the inlet and exit conditions of air, but again you are asking about the temperature of incoming humid air to achieve the desired rate of condensation if you do the calculations the same inlet temperature is the answer. may be the question is wrong so please post the question corrcetly

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