28.5 m/m of room air at 25.5 °C DBT and 50 % RH is mixed with 28.5 m/m of outside air at 38.5 °C DBT and 27 °C WBT. Draw the schematic figure for the process and find: a- The ventilation cooling load and the conditions of air after mixing. b- The above mixture of air is passed through an air conditioning equipment. If the wet bulb temperature of air after the equipment is 14.5 °C, determine the heat removed by the equipment.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Q 1:
28.5 m/m of room air at 25.5 °C DBT and 50 % RH is mixed with 28.5 m/m of
outside air at 38.5 °C DBT and 27 °C WBT. Draw the schematic figure for the process
and find:
a- The ventilation cooling load and the conditions of air after mixing.
b- The above mixture of air is passed through an air conditioning equipment. If the wet
bulb temperature of air after the equipment is 14.5 °C, determine the heat removed by the
equipment.
Transcribed Image Text:Q 1: 28.5 m/m of room air at 25.5 °C DBT and 50 % RH is mixed with 28.5 m/m of outside air at 38.5 °C DBT and 27 °C WBT. Draw the schematic figure for the process and find: a- The ventilation cooling load and the conditions of air after mixing. b- The above mixture of air is passed through an air conditioning equipment. If the wet bulb temperature of air after the equipment is 14.5 °C, determine the heat removed by the equipment.
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