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4. A 1km long pipe links two reservoirs whose difference in levels is maintained at 20m. Calculate: (a) the diameter of a “smooth” pipe that will convey a flow of 50L/s. (b) the diameter of a pipe with relative roughness 0.002 that will also convey 50L/s. (c) the flow rate that will be carried by a “smooth” 20cm diameter pipe. (17cm, 19cm, 76L/s)

4. A 1km long pipe links two reservoirs whose difference in levels is maintained at 20m. Calculate: (a) the diameter of a “smooth” pipe that will convey a flow of 50L/s. (b) the diameter of a pipe with relative roughness 0.002 that will also convey 50L/s. (c) the flow rate that will be carried by a “smooth” 20cm diameter pipe. (17cm, 19cm, 76L/s)

Sustainable Energy
Sustainable Energy
2nd Edition
ISBN:9781337551663
Author:DUNLAP, Richard A.
Publisher:DUNLAP, Richard A.
Chapter14: Ocean Thermal Energy Conversion And Ocean Salinity Gradient Energy
Section: Chapter Questions
Problem 14P
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thge numbers int he bottom corner are the answers

4. A 1km long pipe links two reservoirs whose difference in levels is maintained at 20m. Calculate: (a) the diameter of a “smooth” pipe that will convey a flow of 50L/s. (b) the diameter of a pipe with relative roughness 0.002 that will also convey 50L/s. (c) the flow rate that will be carried by a “smooth” 20cm diameter pipe. (17cm, 19cm, 76L/s)
Transcribed Image Text:4. A 1km long pipe links two reservoirs whose difference in levels is maintained at 20m. Calculate: (a) the diameter of a “smooth” pipe that will convey a flow of 50L/s. (b) the diameter of a pipe with relative roughness 0.002 that will also convey 50L/s. (c) the flow rate that will be carried by a “smooth” 20cm diameter pipe. (17cm, 19cm, 76L/s)
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