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1. The pipe system shown below, use n = 0.011. Use conventional solution A) Compute the discharge towards reservoir C B) Compute the discharge flowing in or flowing out of reservoir B C) Compute the discharge flowing out of reservoir A EL 30 m L1 = 1200 m D1 = 300 mm El. 15 m L3= 1500 m D3 150 mm 2 1.2 = 900 m D2 = 200 mm EL 24 m B

1. The pipe system shown below, use n = 0.011. Use conventional solution A) Compute the discharge towards reservoir C B) Compute the discharge flowing in or flowing out of reservoir B C) Compute the discharge flowing out of reservoir A EL 30 m L1 = 1200 m D1 = 300 mm El. 15 m L3= 1500 m D3 150 mm 2 1.2 = 900 m D2 = 200 mm EL 24 m B

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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1. The pipe system shown below, use n = 0.011. Use conventional solution A) Compute the discharge towards reservoir C B) Compute the discharge flowing in or flowing out of reservoir B C) Compute the discharge flowing out of reservoir A EL 30 m L1 = 1200 m D1 300 mm El. 15 m C 1 3 L3= 1500 m D3 150 mm 2 L2= 900 m D2 200 mm EL 24 m B
Transcribed Image Text:1. The pipe system shown below, use n = 0.011. Use conventional solution A) Compute the discharge towards reservoir C B) Compute the discharge flowing in or flowing out of reservoir B C) Compute the discharge flowing out of reservoir A EL 30 m L1 = 1200 m D1 300 mm El. 15 m C 1 3 L3= 1500 m D3 150 mm 2 L2= 900 m D2 200 mm EL 24 m B
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