5.Pipes 1,2,3 are connected in parallel to connect the two reservoirs. The discharge in themain pipe is 500 L/s. Determine Q1,Q2,Q3!D, = 350 mm, L1 = 300 m, f, = 0,014%3D• D2 = 450 mm, L2 = 200 m, f2 = 0,0145%3DD3 = 250 mm, L3 = 350 m, f3 = 0,017H

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5.Pipes 1,2,3 are connected in parallel to connect the two reservoirs. The discharge in th main pipe is 500 L/s. Determine Q1,Q2,Q3! D, = 350 mm, L, = 300 m, f, = 0,014 • D2 = 450 mm, L2 = 200 m, f2 = 0,0145 • D3 = 250 mm, L3 = 350 m, f3 = 0,017

5.Pipes 1,2,3 are connected in parallel to connect the two reservoirs. The discharge in th main pipe is 500 L/s. Determine Q1,Q2,Q3! D, = 350 mm, L, = 300 m, f, = 0,014 • D2 = 450 mm, L2 = 200 m, f2 = 0,0145 • D3 = 250 mm, L3 = 350 m, f3 = 0,017

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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Question

5.Pipes 1,2,3 are connected in parallel to connect the two reservoirs. The discharge in the
main pipe is 500 L/s. Determine Q1,Q2,Q3!
D, = 350 mm, L1 = 300 m, f, = 0,014
%3D
• D2 = 450 mm, L2 = 200 m, f2 = 0,0145
%3D
D3 = 250 mm, L3 = 350 m, f3 = 0,017
H

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