2.00 cfs of water at 100 °F is entering the piping network at A and exiting at B. The pipes are: #1.
2.00 cfs of water at 100 °F is entering the piping network at A and exiting at B. The pipes are: #1 – 3.0 in, 1000 ft. C = 120; #2 – 4.0 in, 200ft, C = 140; #3- 8.0 in, 1200 ft, C = 110. Using the Hazen-Williams approach presented in class, determine the following: (a)  Velocities, V. Vz and V[ft/s) (b)  Corresponding flowrates, Q1 Q2 and Qs [ft/s] (c)  Headloss [ft] in pipes #1, #2 and #3. (d)  The pressure, Pe [psf) at B if the pressure at A = 20 psi (gage). Show your work fully. May 05 2022 06:30 PM
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