0.10.09AWholly turbu lent flow0.08-0.07-0.050.040.06-0.030.05-0.020.0150.040.010.0080.0060.03 -0.004D0.025-0.0020.02-0.0010.00080.0006Laminarflow0.00040.015-Smooth0.0002Transition range0.00010.000050.010.009-0.0080.000012(10)4 6 82(10)4 6 82(10)4 68.2(10)46 82(10')46 81010410510107Re = e VD Wetair outWater inA^^^Air inAir inWater outAn cooling tower (see the figure above) is used to cool water from 110 to 80°F. Water enters the tower at a rate of117639 kg/h. Dry air (no water vapor) flows into the tower at a rate of 66674 kg/h. If the rate of wet airflow out of thetower is 74424 kg/h, determine the rate of cooled water flow in kg/h.Answer:

The given values are as follows,The water enterat rate of=117639kg/hThe dry air flows at rate…

Wet air out Water in Air in Air in Water out An cooling tower (see the figure above) is used to cool water from 110 to 80°F. Water enters the tower at a rate of 117639 kg/h. Dry air (no water vapor) flows into the tower at a rate of 66674 kg/h. If the rate of wet airflow out of the tower is 74424 kg/h, determine the rate of cooled water flow in kg/h.

Wet air out Water in Air in Air in Water out An cooling tower (see the figure above) is used to cool water from 110 to 80°F. Water enters the tower at a rate of 117639 kg/h. Dry air (no water vapor) flows into the tower at a rate of 66674 kg/h. If the rate of wet airflow out of the tower is 74424 kg/h, determine the rate of cooled water flow in kg/h.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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