Write legibly Complex Pipeline System_Parallel Pipes 1. The pressure heads at junctions A and E are 70.0 m and 46.0 m, respectively, in the given parallelpipe system shown in the figure. The flow rate of water entering junction A is 0.30 cms. Assuming that the Hazen – Williams roughness coefficient C = 120 for all pipes, determine the flow rate through each branch of the loop. For the solution, use the Hazen – Williams formula. Answer: a. Pipe ABE = _______________________ cms b. Pipe ACE = _______________________ cms c. Pipe ADE = _______________________ cms
Write legibly Complex Pipeline System_Parallel Pipes 1. The pressure heads at junctions A and E are 70.0 m and 46.0 m, respectively, in the given parallelpipe system shown in the figure. The flow rate of water entering junction A is 0.30 cms. Assuming that the Hazen – Williams roughness coefficient C = 120 for all pipes, determine the flow rate through each branch of the loop. For the solution, use the Hazen – Williams formula. Answer: a. Pipe ABE = _______________________ cms b. Pipe ACE = _______________________ cms c. Pipe ADE = _______________________ cms
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Write legibly
Complex Pipeline System_Parallel Pipes
1. The pressure heads at junctions A and E are 70.0 m and 46.0 m, respectively, in the given parallelpipe system shown in the figure. The
flow rate of water entering junction A is 0.30 cms. Assuming that the Hazen – Williams roughness coefficient C = 120 for all pipes, determine the flow rate through each branch of the loop. For the solution, use the Hazen – Williams formula.
Answer:
a. Pipe ABE = _______________________ cms
b. Pipe ACE = _______________________ cms
c. Pipe ADE = _______________________ cms
![3000 m, 300-mm diameter
A
E
1300 m, 200-mm diameter
D
2600 m, 250-mm diameter](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F79f23cd2-1997-4af5-ad4d-968feb41c46b%2F670a8dd2-355e-4853-b96e-983539a2905f%2F4vmzzs_processed.png&w=3840&q=75)
Transcribed Image Text:3000 m, 300-mm diameter
A
E
1300 m, 200-mm diameter
D
2600 m, 250-mm diameter
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