A long pipe is installed to carry water from one large reservoir to another. The total lenght of the pipe is 10 km, its diameter is 0,5 m, and its roughness=0,5 mm. The pipe must climg over a hill. Kinematic viscosity of water is 10^-6 m2/s. The pump must be powerful enough to push 1 m3/s of water. Minor losses can be ignored. What is the pumping power required to meet the design requirements?
A long pipe is installed to carry water from one large reservoir to another. The total lenght of the pipe is 10 km, its diameter is 0,5 m, and its roughness=0,5 mm. The pipe must climg over a hill. Kinematic viscosity of water is 10^-6 m2/s. The pump must be powerful enough to push 1 m3/s of water. Minor losses can be ignored. What is the pumping power required to meet the design requirements?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Water piping
A long pipe is installed to carry water from one large reservoir to another. The total lenght of the pipe is 10 km, its diameter is 0,5 m, and its roughness=0,5 mm. The pipe must climg over a hill. Kinematic viscosity of water is 10^-6 m2/s. The pump must be powerful enough to push 1 m3/s of water. Minor losses can be ignored. What is the pumping power required to meet the design requirements?
Transcribed Image Text:A long pipe is installed to carry water from one large reservoir to another. The total length of
the pipe is 10 km, its diameter is 0.5 m, and its roughness & = 0.5mm. the pipe must climb over
a hill. Kinematic viscosity of water is 106 m²/s. The pump must be powerful enough to push 1
m³/s of water. Minor losses can be ignored. What is the pumping power required to meet the
design requirements?
17m
-
0,5 m
pump
26 m
Figure 4. Schematic view of the installation
*8m
10 km
5m
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