3) An air conditioner is used to cool and dehumidify air. Wewill ignore the temperature
aspect and model the air conditioner as a partial condenser. Humidair can be considered
a mixture of two components: dry air and water vapor. Fresh feedair containing 3.00%
water entering at a rate of 50.0 kg/min is mixed with a recyclestream of previously dehumidified air. All compositions aremeasured by mass. The mixture enters a
condenser that removes a portion of the water in one stream (aspure liquid water). The
second stream exiting the condenser contains air of lower humidity,specifically 1.50%
water. 70.0% of that air is recycled, as mentioned earlier, and therest is delivered to a
house.
(A) Carefully and completely label the flowchart for thisprocess.
(B) Calculate the rate of water removal from the condenser, therate of dehumidified
(1.50% water) air delivered to the house, and the flow rate andcomposition of the humid
air entering the condenser
3) An air conditioner is used to cool and dehumidify air. Wewill ignore the temperature
aspect and model the air conditioner as a partial condenser. Humidair can be considered
a mixture of two components: dry air and water vapor. Fresh feedair containing 3.00%
water entering at a rate of 50.0 kg/min is mixed with a recyclestream of previously dehumidified air. All compositions aremeasured by mass. The mixture enters a
condenser that removes a portion of the water in one stream (aspure liquid water). The
second stream exiting the condenser contains air of lower humidity,specifically 1.50%
water. 70.0% of that air is recycled, as mentioned earlier, and therest is delivered to a
house.
(A) Carefully and completely label the flowchart for thisprocess.
(B) Calculate the rate of water removal from the condenser, therate of dehumidified
(1.50% water) air delivered to the house, and the flow rate andcomposition of the humid
air entering the condenser