Apply Hazen William's equation, if the pipe has to be laid to supply water from a treatment unit which is 45km of length. The flow rate is 19m³/min and head loss are 20m. Calculate diameter of pipe, if the flow rate has increased from 19 m³/min to 23 m³/min. What will be the head loss?
Apply Hazen William's equation, if the pipe has to be laid to supply water from a treatment unit which is 45km of length. The flow rate is 19m³/min and head loss are 20m. Calculate diameter of pipe, if the flow rate has increased from 19 m³/min to 23 m³/min. What will be the head loss?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Course: Environmental Engg1
![Apply Hazen William's equation, if the pipe has to be laid to supply water from a
treatment unit which is 45km of length. The flow rate is 19m³/min and head loss
are 20m. Calculate diameter of pipe, if the flow rate has increased from 19 m³/min
to 23 m³/min. What will be the head loss?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F61c6b606-e2a5-47df-b88e-a7ce6be31d47%2F21e331fa-abc2-4595-9891-cefcc36f0b23%2Ffsxy33_processed.png&w=3840&q=75)
Transcribed Image Text:Apply Hazen William's equation, if the pipe has to be laid to supply water from a
treatment unit which is 45km of length. The flow rate is 19m³/min and head loss
are 20m. Calculate diameter of pipe, if the flow rate has increased from 19 m³/min
to 23 m³/min. What will be the head loss?
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