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3.- A swimming pool has a partial filtration system, the water whose temperature is 75 °F, is pumped into the swimming pool according to the system shown. The pump discharges 30 GPM, at 60 PSIG. The pipe is made of galvanized steel (E/D=0.001). The pressure loss through the filter is given by the equation AP= 0.6Q², where AP= PSI and Q = GPM. Determine the flow through each branch. 40 ft 60 ft 10 ft FILTER 60 ft 200 ft 60 ft PATM 11.3 lb/in²

3.- A swimming pool has a partial filtration system, the water whose temperature is 75 °F, is pumped into the swimming pool according to the system shown. The pump discharges 30 GPM, at 60 PSIG. The pipe is made of galvanized steel (E/D=0.001). The pressure loss through the filter is given by the equation AP= 0.6Q², where AP= PSI and Q = GPM. Determine the flow through each branch. 40 ft 60 ft 10 ft FILTER 60 ft 200 ft 60 ft PATM 11.3 lb/in²

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
Problem 1.1MA
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3.- A swimming pool has a partial filtration system, the water whose temperature is 75 °F, is pumped into the swimming pool according to the system shown. The pump discharges 30 GPM, at 60 PSIG. The pipe is made of galvanized steel (E/D=0.001). The pressure loss through the filter is given by the equation AP= 0.6Q², where AP= PSI and Q = GPM. Determine the flow through each branch. 40 ft 60 ft 10 ft FILTER 60 ft 200 ft 60 ft PATM= 11.3 lb/in²
Transcribed Image Text:3.- A swimming pool has a partial filtration system, the water whose temperature is 75 °F, is pumped into the swimming pool according to the system shown. The pump discharges 30 GPM, at 60 PSIG. The pipe is made of galvanized steel (E/D=0.001). The pressure loss through the filter is given by the equation AP= 0.6Q², where AP= PSI and Q = GPM. Determine the flow through each branch. 40 ft 60 ft 10 ft FILTER 60 ft 200 ft 60 ft PATM= 11.3 lb/in²
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