Using the Hazen-Williams nomograph, determine the following:(a) The head loss (m/km) for a 600 mm diameter pipe with a flow of 0.20m3/s.(b) The flow rate for a 300 mm diameter pipe with a head loss of 10 m/km of pipeline.(c) The pipe diameter to carry a flow of 65 liters/s without exceeding a pressure loss of 86 kPa per kilometer of pipeline. S20001000720.000115,00080015006060010,000540.000248500444070000.000340010000.00045000900363000.0005800324000700280.00072003000246000.00102020005000.002010016400800.0030601000300120.00400.00505010400.007020085000.0100* 30 -400203000.02000.03002001000.040010900.050088030.070010070-0.100060500.20005040-0.30000.40003030Flow rate, L/S (1000 L = 1 m3)4.2.Flow rate, gpmPipe diameter, mm (1000 = 1 m)5Pipe diameter, in.Slope of HGL or loss of head, m/m; ft/ft

using the corresponding values according to nomograph

Using the Hazen-Williams nomograph, determine the following: (a) The head loss (m/km) for a 600 mm diameter pipe with a flow of 0.20m3/s. (b) The flow rate for a 300 mm diameter pipe with a head loss of 10 m/km of pipeline. (c) The pipe diameter to carry a flow of 65 liters/s without exceeding a pressure loss of 86 kPa per kilometer of pipeline.

Using the Hazen-Williams nomograph, determine the following: (a) The head loss (m/km) for a 600 mm diameter pipe with a flow of 0.20m3/s. (b) The flow rate for a 300 mm diameter pipe with a head loss of 10 m/km of pipeline. (c) The pipe diameter to carry a flow of 65 liters/s without exceeding a pressure loss of 86 kPa per kilometer of pipeline.

Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)

5th Edition

ISBN:9781305084766

Author:Saeed Moaveni

Publisher:Saeed Moaveni

Chapter15: Computational Engineering Tools Matlab

Section: Chapter Questions

Problem 38P

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