If the dry-bulb temperature of the air surrounding a typical cooling is 90 degrees Fahrenheit and the relative humidity of the air is 50%, the cooling tower should be able to cool the water in the tower to a temperature of: A. 82 degree Fahrenheit B. 75 degree Fahrenheit C. 89 degree Fahrenheit D. 95 degree Fahrenheit
If the dry-bulb temperature of the air surrounding a typical cooling is 90 degrees Fahrenheit and the relative humidity of the air is 50%, the cooling tower should be able to cool the water in the tower to a temperature of: A. 82 degree Fahrenheit B. 75 degree Fahrenheit C. 89 degree Fahrenheit D. 95 degree Fahrenheit
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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Question
If the dry-bulb temperature of the air surrounding a typical cooling is 90 degrees Fahrenheit and the relative humidity of the air is 50%, the cooling tower should be able to cool the water in the tower to a temperature of:
A. 82 degree Fahrenheit
B. 75 degree Fahrenheit
C. 89 degree Fahrenheit
D. 95 degree Fahrenheit
Expert Solution
Step 1 GIVEN AND CALCULATION
WET BULB TEMPRATURE COMES TO BE 75 F.
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