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Reservoir A is the source of water supply is at elevation 180 m., B is the junction at elevation 120 m. Town C has a population of 20000 inhabitants is at elevation 60 m. Town D has a population of 24000 inhabitants is at elevation 45 m. The consumption is 190 liters per capita per day. Neglect all losses except from friction. For the pipes, friction factor f = 0.02.

Reservoir A is the source of water supply is at elevation 180 m., B is the junction at elevation 120 m. Town C has a population of 20000 inhabitants is at elevation 60 m. Town D has a population of 24000 inhabitants is at elevation 45 m. The consumption is 190 liters per capita per day. Neglect all losses except from friction. For the pipes, friction factor f = 0.02.

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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El. 180 15000m El. 120 B 9000m 6000m El. 45 EL. 60
Transcribed Image Text:El. 180 15000m El. 120 B 9000m 6000m El. 45 EL. 60
Reservoir A is the source of water supply is at elevation 180 m., B is the junction at elevation 120 m. Town C has a population of 20000 inhabitants is at elevation 60 m. Town D has a population of 24000 inhabitants is at elevation 45 m. The consumption is 190 liters per capita per day. Neglect all losses except from friction. For the pipes, friction factor f = 0.02. Determine the required diameter in meters of pipe AB. 2 Determine the required diameter in meters of pipe BC. 3 Determine the required diameter in meters of pipe BD.
Transcribed Image Text:Reservoir A is the source of water supply is at elevation 180 m., B is the junction at elevation 120 m. Town C has a population of 20000 inhabitants is at elevation 60 m. Town D has a population of 24000 inhabitants is at elevation 45 m. The consumption is 190 liters per capita per day. Neglect all losses except from friction. For the pipes, friction factor f = 0.02. Determine the required diameter in meters of pipe AB. 2 Determine the required diameter in meters of pipe BC. 3 Determine the required diameter in meters of pipe BD.
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