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Water is pumped at a rate of 60 GPM through a 2 inch diameter pipe at an elevation of 100 ft and a pressure of 15 psig. The flow discharges through a 1 inch diameter commerical steel pipe at 800 psig and at an elevation of 500 ft. The local g is 28 ft/sec^2. The total length of 1" pipe is 1000 Ft. The flow in 1" pipe also passes through (2) standard 90 degree elbows (K value of .42). Assume no friction loss for the 2" pipe and that the pump is 75% efficient. Calculate the

Water is pumped at a rate of 60 GPM through a 2 inch diameter pipe at an elevation of 100 ft and a pressure of 15 psig. The flow discharges through a 1 inch diameter commerical steel pipe at 800 psig and at an elevation of 500 ft. The local g is 28 ft/sec^2. The total length of 1" pipe is 1000 Ft. The flow in 1" pipe also passes through (2) standard 90 degree elbows (K value of .42). Assume no friction loss for the 2" pipe and that the pump is 75% efficient. Calculate the

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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Water is pumped at a rate of 60 GPM through a 2 inch diameter pipe at an elevation of 100 ft and a pressure of 15 psig. The flow discharges through a 1 inch diameter commerical steel pipe at 800 psig and at an elevation of 500 ft. The local g is 28 ft/sec^2. The total length of 1" pipe is 1000 Ft. The flow in 1" pipe also passes through (2) standard 90 degree elbows (K value of .42). Assume no friction loss for the 2" pipe and that the pump is 75% efficient. Calculate the following:
Transcribed Image Text:Water is pumped at a rate of 60 GPM through a 2 inch diameter pipe at an elevation of 100 ft and a pressure of 15 psig. The flow discharges through a 1 inch diameter commerical steel pipe at 800 psig and at an elevation of 500 ft. The local g is 28 ft/sec^2. The total length of 1" pipe is 1000 Ft. The flow in 1" pipe also passes through (2) standard 90 degree elbows (K value of .42). Assume no friction loss for the 2" pipe and that the pump is 75% efficient. Calculate the following:
500 FT 9=28 F7/se 60 GPM 800 100PT 90°ELBOW WATEL PUMP 75%
Transcribed Image Text:500 FT 9=28 F7/se 60 GPM 800 100PT 90°ELBOW WATEL PUMP 75%
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