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Q2 Water flows from reservoirs A and B to point C (discharge to atmosphere) through pipes 1 and 2 as shown. Assuming water viscosity (= 1×10° m?/s), ks = 1mm (both pipes) and ignoring minor losses, compute the total flow leaving point C? ZA = ZB = 900 L1 = 1600m A B D1 = 120mm D2 = 80mm L2 = 1000m ZA = ZB (above reference line) Zc = 800m above reference line

Q2 Water flows from reservoirs A and B to point C (discharge to atmosphere) through pipes 1 and 2 as shown. Assuming water viscosity (= 1×10° m?/s), ks = 1mm (both pipes) and ignoring minor losses, compute the total flow leaving point C? ZA = ZB = 900 L1 = 1600m A B D1 = 120mm D2 = 80mm L2 = 1000m ZA = ZB (above reference line) Zc = 800m above reference line

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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Q2 Water flows from reservoirs A and B to point C (discharge to atmosphere) through pipes 1 and 2 as shown. Assuming water viscosity (= 1×10° m?/s), ks = 1mm (both pipes) and ignoring minor losses, compute the total flow leaving point C? ZA = ZB = 900 L1 = 1600m A B D1 = 120mm D2 = 80mm L2 = 1000m ZA = ZB (above reference line) Zc = 800m above reference line
Transcribed Image Text:Q2 Water flows from reservoirs A and B to point C (discharge to atmosphere) through pipes 1 and 2 as shown. Assuming water viscosity (= 1×10° m?/s), ks = 1mm (both pipes) and ignoring minor losses, compute the total flow leaving point C? ZA = ZB = 900 L1 = 1600m A B D1 = 120mm D2 = 80mm L2 = 1000m ZA = ZB (above reference line) Zc = 800m above reference line
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