Air at 30° C dry bulb temperature and 60% relative humidity is passed through a cooling coil at the rate of 250 m³/min. The air leaves the cooling coil at 14° C dry bulb temperature. If the by-pass factor of the cooling coil is 0.1, find: (a) surface temperature of the cooling coil or ADP, (b) relative humidity of the air leaving the cooling coil, (c) capacity of the cooling coil in kW, and (d) sensible heat factor Air at 30° C dry bulb temperature and 60%relative humidity is passed through a coolingcoil at the rate of 250 m³/min. The air leavesthe cooling coil at 14° C dry bulb temperature.If the by-pass factor of the cooling coil is 0.1,find: (a) surface temperature of the cooling coilor ADP, (b) relative humidity of the air leavingthe cooling coil, (c) capacity of the cooling coilin kW, and (d) sensible heat factor

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Answered: Air at 30° C dry bulb temperature and…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Air at 30° C dry bulb temperature and 60% relative humidity is passed through a cooling coil at the rate of 250 m³/min. The air leaves the cooling coil at 14° C dry bulb temperature. If the by-pass factor of the cooling coil is 0.1, find: (a) surface temperature of the cooling coil or ADP, (b) relative humidity of the air leaving the cooling coil, (c) capacity of the cooling coil in kW, and (d) sensible heat factor

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