Air at a rate of 1000cfm is cooled from 80⁰Fdb and 70⁰Fwb until it is saturated at 55⁰F. Determine the amount of moisture removed (lb/min), sensible heat removed (BTU/min), total heat removed (BTU/min), and the sensible heat factor. 1. Air at a rate of 1000cfm is cooled from 80°Fdb and 70°Fwb until it is saturated at 55°F. Determinethe amount of maisture removed (Ib/min), sensible heat removed (BTU/min), total heatremoved (BTU/min), and the sensible heat factor.2. Outdoar air initially at 30°Cdb and 25°Cwb, is mixed with room air at 22°C and 50%RH. Themixture is to consist of 75% room air and 25% outdoor air. Determine the resulting dry bulbtemperature and wet bulb temperature.Lb/minBTU/minBTU/min2 a15151515За°C15b"C15Total90

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Answered: 1. Air at a rate of 1000cfm is cooled…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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Air at a rate of 1000cfm is cooled from 80⁰Fdb and 70⁰Fwb until it is saturated at 55⁰F. Determine the amount of moisture removed (lb/min), sensible heat removed (BTU/min), total heat removed (BTU/min), and the sensible heat factor.

1. Air at a rate of 1000cfm is cooled from 80°Fdb and 70°Fwb until it is saturated at 55°F. Determine
the amount of maisture removed (Ib/min), sensible heat removed (BTU/min), total heat
removed (BTU/min), and the sensible heat factor.
2. Outdoar air initially at 30°Cdb and 25°Cwb, is mixed with room air at 22°C and 50%RH. The
mixture is to consist of 75% room air and 25% outdoor air. Determine the resulting dry bulb
temperature and wet bulb temperature.
Lb/min
BTU/min
BTU/min
2 a
15
15
15
15
За
°C
15
b
"C
15
Total
90

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