Q5/ Air enters a drier at 105°F with a dew point of 50°F. the total pressure is latm. a. What is the humidity? b. What is the wet bulb temperature? c. What is the relative humidity? The drier operates adiabatcally and the air is cooled to 73°F. at 37°F d. What is the humidity? e. What is the dew point? Finally the air is heated at constant humidity to 95°F. At 95°F f. What is the adiabatic saturation temerature? g. What is the dew point? h. What is the relative humidity? i. How much energy is used per Ib of dry air?
Q5/ Air enters a drier at 105°F with a dew point of 50°F. the total pressure is latm. a. What is the humidity? b. What is the wet bulb temperature? c. What is the relative humidity? The drier operates adiabatcally and the air is cooled to 73°F. at 37°F d. What is the humidity? e. What is the dew point? Finally the air is heated at constant humidity to 95°F. At 95°F f. What is the adiabatic saturation temerature? g. What is the dew point? h. What is the relative humidity? i. How much energy is used per Ib of dry air?
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Transcribed Image Text:Q5/ Air enters a drier at 105°F with a dew point of 50°F. the total pressure is latm.
a. What is the humidity? b. What is the wet bulb temperature? c. What is the relative
humidity?
The drier operates adiabatcally and the air is cooled to 73°F. at 37°F
d. What is the humidity? e. What is the dew point?
Finally the air is heated at constant humidity to 95°F. At 95°F
f. What is the adiabatic saturation temerature? g. What is the dew point?
h. What is the relative humidity? i. How much energy is used per Ib of dry air?
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