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8.119 Carry the solution for the pipe network of Fig. P8.119 through four trials, to find the flow in each pipe. For simplicity, take n = 2.0 and use the value of f for complete %3D

8.119 Carry the solution for the pipe network of Fig. P8.119 through four trials, to find the flow in each pipe. For simplicity, take n = 2.0 and use the value of f for complete %3D

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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8.119 Carry the solution for the pipe network of Fig. P8.119 through four trials, to find the flow in each pipe. For simplicity, take n = 2.0 and use the value of f for complete
Transcribed Image Text:8.119 Carry the solution for the pipe network of Fig. P8.119 through four trials, to find the flow in each pipe. For simplicity, take n = 2.0 and use the value of f for complete
turbulence, as given by Eq. (8.54). All pipes are cast iron, and are at the same elevation. For initial flows, assume only values of 30, 15, and 0 L/s (the zeros in dg and fh). If the pressure head at a is 40 m, find the pressure head at d (which might represent a fire demand, for example) neglecting velocity heads. 300 mm a b 200 mm A 200 mm 100 m 200 mm 30 L/s 200 mm d e 150 mm 150 mm В C 150 mm 100 m 250 mm 250 mm h 15 L/s 125 m 125 m Figure P8.119 15 L/s 60 L/s
Transcribed Image Text:turbulence, as given by Eq. (8.54). All pipes are cast iron, and are at the same elevation. For initial flows, assume only values of 30, 15, and 0 L/s (the zeros in dg and fh). If the pressure head at a is 40 m, find the pressure head at d (which might represent a fire demand, for example) neglecting velocity heads. 300 mm a b 200 mm A 200 mm 100 m 200 mm 30 L/s 200 mm d e 150 mm 150 mm В C 150 mm 100 m 250 mm 250 mm h 15 L/s 125 m 125 m Figure P8.119 15 L/s 60 L/s
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