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A cooling tower cools water from 35°C to 27°C, as seen in Figure P8.35. The tower receives 200 m'/s of atmospheric air at 30°C and 40% relative humidity. The air leaves the tower at 33°C and 95% relative humidity. Estimate the mass flow rate of water being cooled and the mass flow rate of make- up water. 33°C and 95% humidity 35°C Air at 35°C and 40% humidity 27°C Water FIGURE P8.35

A cooling tower cools water from 35°C to 27°C, as seen in Figure P8.35. The tower receives 200 m'/s of atmospheric air at 30°C and 40% relative humidity. The air leaves the tower at 33°C and 95% relative humidity. Estimate the mass flow rate of water being cooled and the mass flow rate of make- up water. 33°C and 95% humidity 35°C Air at 35°C and 40% humidity 27°C Water FIGURE P8.35

Elements Of Electromagnetics
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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A cooling tower cools water from 35°C to 27°C, as seen in Figure P8.35. The tower receives 200 m'/s of atmospheric air at 30°C and 40% relative humidity. The air leaves the tower at 33°C and 95% relative humidity. Estimate the mass flow rate of water being cooled and the mass flow rate of make- up water. 33°C and 95% humidity 35°C Air at 35°C and 40% humidity 27°C Water FIGURE P8.35
Transcribed Image Text:A cooling tower cools water from 35°C to 27°C, as seen in Figure P8.35. The tower receives 200 m'/s of atmospheric air at 30°C and 40% relative humidity. The air leaves the tower at 33°C and 95% relative humidity. Estimate the mass flow rate of water being cooled and the mass flow rate of make- up water. 33°C and 95% humidity 35°C Air at 35°C and 40% humidity 27°C Water FIGURE P8.35
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