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If the quantity of air discharged at D is 1,500 m°/min and friction factor of 0.0048, calculate the following: (a) the quantity of air discharged at C: (b) static pressure at fan outlet A. AIR DUCT AB = 50 m BC = 60 m BD = 60 m a = 2 m b=1m 1500 m'/min FAN axb axb AIR DUCT 2203.2 m3/min; 14.75 N/m2 O 3203.2 m3/min; 14.75 N/m2 qxe

If the quantity of air discharged at D is 1,500 m°/min and friction factor of 0.0048, calculate the following: (a) the quantity of air discharged at C: (b) static pressure at fan outlet A. AIR DUCT AB = 50 m BC = 60 m BD = 60 m a = 2 m b=1m 1500 m'/min FAN axb axb AIR DUCT 2203.2 m3/min; 14.75 N/m2 O 3203.2 m3/min; 14.75 N/m2 qxe

Structural Analysis
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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If the quantity of air discharged at D is 1,500 m/min and friction factor of 0.0048, calculate the following: (a) the quantity of air discharged at C; (b) static pressure at fan outlet A. AIR DUCT AB = 50 m BC = 60 m BD = 60 m a = 2 m b=1m 1500 m'/min FAN axb axb AIR DUCT 2203.2 m3/min; 14.75 N/m2 3203.2 m3/min; 14.75 N/m2 2203.2 m3/min; 24.75 N/m2 4203.2 m3/min; 14.75 N/m2 D. qxe B.
Transcribed Image Text:If the quantity of air discharged at D is 1,500 m/min and friction factor of 0.0048, calculate the following: (a) the quantity of air discharged at C; (b) static pressure at fan outlet A. AIR DUCT AB = 50 m BC = 60 m BD = 60 m a = 2 m b=1m 1500 m'/min FAN axb axb AIR DUCT 2203.2 m3/min; 14.75 N/m2 3203.2 m3/min; 14.75 N/m2 2203.2 m3/min; 24.75 N/m2 4203.2 m3/min; 14.75 N/m2 D. qxe B.
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