There is a 1350 mm diameter sanitary sewer pipe with roughness coefficient of n = 0.022 and slope of 0.67%. Answer the following questions if the depth of the flow in this pipe is 659 mm: 17. How much is the capacity flow (Qc) of the proposed sanitary pipe? TIP: You may use Table No. 1 to help for calculation of the Qc. 18. How much is the velocity of the capacity flow (Vc) in the proposed sanitary pipe? 19. How much is the actual sanitary flow (Qa) of the project area? 20. How much is the velocity of the actual flow (Va) in the proposed sanitary pipe?
There is a 1350 mm diameter sanitary sewer pipe with roughness coefficient of n = 0.022 and slope of 0.67%. Answer the following questions if the depth of the flow in this pipe is 659 mm: 17. How much is the capacity flow (Qc) of the proposed sanitary pipe? TIP: You may use Table No. 1 to help for calculation of the Qc. 18. How much is the velocity of the capacity flow (Vc) in the proposed sanitary pipe? 19. How much is the actual sanitary flow (Qa) of the project area? 20. How much is the velocity of the actual flow (Va) in the proposed sanitary pipe?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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There is a 1350 mm diameter sanitary sewer pipe with roughness coefficient of n = 0.022 and slope of 0.67%. Answer the following questions if the depth of the flow in this pipe is 659 mm:
17. How much is the capacity flow (Qc) of the proposed sanitary pipe?
TIP: You may use Table No. 1 to help for calculation of the Qc.
18. How much is the velocity of the capacity flow (Vc) in the proposed sanitary pipe?
19. How much is the actual sanitary flow (Qa) of the project area?
20. How much is the velocity of the actual flow (Va) in the proposed sanitary pipe?
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