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Three reservoirs are connected by pipes that meet at a junction. Reservoir A (EI. 140 m) is connected through a 200 mm-Ø and 300 m long pipe. Reservoir B (EI. 108 m) is connected through a 350 mm-Ø and 200 m long pipe while Reservoir C (El. 60 m) is connected through a 300 mm-Ø and 600 m long pipe. Use n = 0.011 for all pipes. How many reservoirs act as supplier for this problem and determine the discharge in the lowest reservoir.

Three reservoirs are connected by pipes that meet at a junction. Reservoir A (EI. 140 m) is connected through a 200 mm-Ø and 300 m long pipe. Reservoir B (EI. 108 m) is connected through a 350 mm-Ø and 200 m long pipe while Reservoir C (El. 60 m) is connected through a 300 mm-Ø and 600 m long pipe. Use n = 0.011 for all pipes. How many reservoirs act as supplier for this problem and determine the discharge in the lowest reservoir.

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 reservoirs are connected by pipes that meet at a junction. Reservoir A (EI. 140 m) is connected through a 200 mm-Ø and 300 m long pipe. Reservoir B (El. 108 m) is connected through a 350 mm-Ø and 200 m long pipe while Reservoir C (El. 60 m) is connected through a 300 mm-Ø and 600 m long pipe. Use n = 0.011 for all pipes. How many reservoirs act as supplier for this problem and determine the discharge in the lowest reservoir. One supplier, Q = 0.1844 m3/s O Two suppliers, Q = 0.1844 m³/s O One supplier, Q = 0.3155 m3/s O Two suppliers, Q = 0.3155 m³/s O None of the above
Transcribed Image Text:Three reservoirs are connected by pipes that meet at a junction. Reservoir A (EI. 140 m) is connected through a 200 mm-Ø and 300 m long pipe. Reservoir B (El. 108 m) is connected through a 350 mm-Ø and 200 m long pipe while Reservoir C (El. 60 m) is connected through a 300 mm-Ø and 600 m long pipe. Use n = 0.011 for all pipes. How many reservoirs act as supplier for this problem and determine the discharge in the lowest reservoir. One supplier, Q = 0.1844 m3/s O Two suppliers, Q = 0.1844 m³/s O One supplier, Q = 0.3155 m3/s O Two suppliers, Q = 0.3155 m³/s O None of the above
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