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Three pipes are in parallel. The total volumetric flowrate through the network is 2.15 cumecs. If the Darcy- Weisbach Friction Factor is 0.015 for both Pipe 1 and Pipe 3, and 0.02 for Pipe 2, determine the volumetric flowrate in Pipe 3. Pipe 1: D₁ = 450mm, L₁ = 800m 1 Pipe 2: D₂ = 400mm, L₂ L2 = 700m Pipe 3: D3 = 500mm, L₁ = 600m O 1.01m^3/s O 0.69m^3/s O 0.94m^3/s O 0.86m^3/s

Three pipes are in parallel. The total volumetric flowrate through the network is 2.15 cumecs. If the Darcy- Weisbach Friction Factor is 0.015 for both Pipe 1 and Pipe 3, and 0.02 for Pipe 2, determine the volumetric flowrate in Pipe 3. Pipe 1: D₁ = 450mm, L₁ = 800m 1 Pipe 2: D₂ = 400mm, L₂ L2 = 700m Pipe 3: D3 = 500mm, L₁ = 600m O 1.01m^3/s O 0.69m^3/s O 0.94m^3/s O 0.86m^3/s

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Three pipes are in parallel. The total volumetric flowrate through the network is 2.15 cumecs. If the Darcy- Weisbach Friction Factor is 0.015 for both Pipe 1 and Pipe 3, and 0.02 for Pipe 2, determine the volumetric flowrate in Pipe 3. Pipe 1: D₁ = 450mm, L₁ = 800m 1 Pipe 2: D₂ = 400mm, L₂ L2 = 700m Pipe 3: D3 = 500mm, L₁ = 600m O 1.01m^3/s O 0.69m^3/s O 0.94m^3/s O 0.86m^3/s
Transcribed Image Text:Three pipes are in parallel. The total volumetric flowrate through the network is 2.15 cumecs. If the Darcy- Weisbach Friction Factor is 0.015 for both Pipe 1 and Pipe 3, and 0.02 for Pipe 2, determine the volumetric flowrate in Pipe 3. Pipe 1: D₁ = 450mm, L₁ = 800m 1 Pipe 2: D₂ = 400mm, L₂ L2 = 700m Pipe 3: D3 = 500mm, L₁ = 600m O 1.01m^3/s O 0.69m^3/s O 0.94m^3/s O 0.86m^3/s
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