Two reservoirs, A and B, are connected together by the two pipes with a pump between them. Assuming that the head loss in the pipes is given by hi = 0.015(L/d)(V/2g), where "L" is the length of pipe in feet and "d" is the pipe diameter in feet, determine (a) the velocity in each pipe, (b) the head added by the pump, and (c) the horsepower that must be supplied to the water to pump 2.5 cfs from the lower to the upper reservoir? El 140 ft B A El 90 ft L: = 2000 ft d: = 8 in. El 40 ft --- L; = 1000 ft d: = 8 in.
Two reservoirs, A and B, are connected together by the two pipes with a pump between them. Assuming that the head loss in the pipes is given by hi = 0.015(L/d)(V/2g), where "L" is the length of pipe in feet and "d" is the pipe diameter in feet, determine (a) the velocity in each pipe, (b) the head added by the pump, and (c) the horsepower that must be supplied to the water to pump 2.5 cfs from the lower to the upper reservoir? El 140 ft B A El 90 ft L: = 2000 ft d: = 8 in. El 40 ft --- L; = 1000 ft d: = 8 in.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Two reservoirs, A and B, are connected together by the two pipes with a pump between them. Assuming that the
head loss in the pipes is given by hi = 0.015(L/d)(V/2g), where "L" is the length of pipe in feet and "d" is the pipe
diameter in feet, determine (a) the velocity in each pipe, (b) the head added by the pump, and (c) the horsepower
that must be supplied to the water to pump 2.5 cfs from the lower to the upper reservoir?
El 140 ft B
A
El 90 ft
L: = 2000 ft
d: = 8 in.
El 40 ft
---
L; = 1000 ft
d: = 8 in.
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