The answer is given just I don't know how to solvea.) hL=2.55mb.)D=150mmc.)50mm=56.7m, 75mm=8.5m 4. Using the Hazen-Williams nomograph determine the following:The head loss as 5.6 liters/s of water flows through a 24.38 m length of 64 mm cast iron watermain pipe.a.b. The diameter of cast iron pipe that can carry 19 liters/s over a length of 366 m with no morethan a 3 m head loss.C. Compare the head loss that would result from the flow of 6.5 liters/s of water through 305 m ofcast iron pipe for 50 mm and 75 mm diameter pipe sizes.

The Hazen–Williams equation generally defines the relationship that creates the flow of water in the…

4. Using the Hazen-Williams nomograph determine the following: a. The head loss as 5.6 liters/s of water flows through a 24.38 m length of 64 mm cast iron water main pipe. b. The diameter of cast iron pipe that can carry 19 liters/s over a length of 366 m with no more than a 3 m head loss. C. Compare the head loss that would result from the flow of 6.5 liters/s of water through 305 m of cast iron pipe for 50 mm and 75 mm diameter pipe sizes.

4. Using the Hazen-Williams nomograph determine the following: a. The head loss as 5.6 liters/s of water flows through a 24.38 m length of 64 mm cast iron water main pipe. b. The diameter of cast iron pipe that can carry 19 liters/s over a length of 366 m with no more than a 3 m head loss. C. Compare the head loss that would result from the flow of 6.5 liters/s of water through 305 m of cast iron pipe for 50 mm and 75 mm diameter pipe sizes.

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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