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Q6 Evaluating Pipes for Open Channel Flow A 36" RCP (n=0.015) conveys 25 cfs at a slope of 1.5%. Calculate the depth (ft) and velocity (ft/s) of flow in the pipeline. Report below. Please type your answer as a numeric value with NO units. It is implied that you are reporting in ft and ft/s, respectively. depth = velocity =

Q6 Evaluating Pipes for Open Channel Flow A 36" RCP (n=0.015) conveys 25 cfs at a slope of 1.5%. Calculate the depth (ft) and velocity (ft/s) of flow in the pipeline. Report below. Please type your answer as a numeric value with NO units. It is implied that you are reporting in ft and ft/s, respectively. depth = velocity =

Solid Waste Engineering
Solid Waste Engineering
3rd Edition
ISBN:9781305635203
Author:Worrell, William A.
Publisher:Worrell, William A.
Chapter4: Mechanical Processes
Section: Chapter Questions
Problem 4.7P
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Q6 Evaluating Pipes for Open Channel Flow A 36" RCP (n=0.015) conveys 25 cfs at a slope of 1.5%. Calculate the depth (ft) and velocity (ft/s) of flow in the pipeline. Report below. Please type your answer as a numeric value with NO units. It is implied that you are reporting in ft and ft/s, respectively. depth = velocity =
Transcribed Image Text:Q6 Evaluating Pipes for Open Channel Flow A 36" RCP (n=0.015) conveys 25 cfs at a slope of 1.5%. Calculate the depth (ft) and velocity (ft/s) of flow in the pipeline. Report below. Please type your answer as a numeric value with NO units. It is implied that you are reporting in ft and ft/s, respectively. depth = velocity =
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