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Two pipelines A and B are connected in series. The discharge flowing in pipe A is 2500 gallons per minute. The two pipes A and B have equal lengths of 400 m. If the total head loss of the pipe is 20 m. and the diameter of pipeline A is 300 mm ø, determine the diameter of pipeline B. Assume f = 0.018 for both pipes. L₁= 400 2 L₂=400

Two pipelines A and B are connected in series. The discharge flowing in pipe A is 2500 gallons per minute. The two pipes A and B have equal lengths of 400 m. If the total head loss of the pipe is 20 m. and the diameter of pipeline A is 300 mm ø, determine the diameter of pipeline B. Assume f = 0.018 for both pipes. L₁= 400 2 L₂=400

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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Two pipelines A and B are connected in series. The discharge flowing in pipe A is 2500 gallons per minute. The two pipes A and B have equal lengths of 400 m. If the total head loss of the pipe is 20 m. and the diameter of pipeline A is 300 mm ø, determine the diameter of pipeline B. Assume f = 0.018 for both pipes. L₁=400 2 L₂=400
Transcribed Image Text:Two pipelines A and B are connected in series. The discharge flowing in pipe A is 2500 gallons per minute. The two pipes A and B have equal lengths of 400 m. If the total head loss of the pipe is 20 m. and the diameter of pipeline A is 300 mm ø, determine the diameter of pipeline B. Assume f = 0.018 for both pipes. L₁=400 2 L₂=400
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