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Item # 2. The elevations of the three-reservoir system are shown in the figure. Considering the pipe data provided, determine the discharge and head loss at Pipe A, B and C. Figure 2 Pipe A: D = 500 mm, L = 3 km, f= 0.015 Pipe B: D = 500 mm, L = 1 km, f= 0.018 Pipe C: D = 1200 mm, L = 5 km, f=0.020

Item # 2. The elevations of the three-reservoir system are shown in the figure. Considering the pipe data provided, determine the discharge and head loss at Pipe A, B and C. Figure 2 Pipe A: D = 500 mm, L = 3 km, f= 0.015 Pipe B: D = 500 mm, L = 1 km, f= 0.018 Pipe C: D = 1200 mm, L = 5 km, f=0.020

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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answer it in 3 decimal places with proper units
Item # 2. The elevations of the three-reservoir system are shown in the figure. Considering the pipe data provided, determine the discharge and head loss at Pipe A, B and C. Figure 2 Pipe A: D = 500 mm, L = 3 km, f=0.015 Pipe B: D = 500 mm, L = 1 km, f= 0.018 Pipe C: D = 1200 mm, L = 5 km, f= 0.020 El. 150 m El. 120 m А B El. 30 m C
Transcribed Image Text:Item # 2. The elevations of the three-reservoir system are shown in the figure. Considering the pipe data provided, determine the discharge and head loss at Pipe A, B and C. Figure 2 Pipe A: D = 500 mm, L = 3 km, f=0.015 Pipe B: D = 500 mm, L = 1 km, f= 0.018 Pipe C: D = 1200 mm, L = 5 km, f= 0.020 El. 150 m El. 120 m А B El. 30 m C
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