In the figure shown, there are 38 meters of 5-cm diameter pipe, 23 meters of 15-cm diameter pipe, and 46 meters of 8-cm diameter pipe, all cast iron. The flow rate is 4.53 L/s of water and the technical details of the pipe are shown below. For cast iron, & = 0.26 mm Sharp 5-cm entrance: K = 0.5 5-cm bend: K = 0.95 5-cm sudden expansion: K = 0.79 8-cm open globe valve: K = 6.3 a) Determine the total friction losses in the pipes in series. b) Calculate the total minor losses. c) Compute the mechanical power extracted by the turbine.

In the figure shown, there are 38 meters of 5-cm diameter pipe, 23 meters of 15-cm diameter pipe, and 46 meters of 8-cm diameter pipe, all cast iron. The flow rate is 4.53 L/s of water and the technical details of the pipe are shown below. For cast iron, & = 0.26 mm Sharp 5-cm entrance: K = 0.5 5-cm bend: K = 0.95 5-cm sudden expansion: K = 0.79 8-cm open globe valve: K = 6.3 a) Determine the total friction losses in the pipes in series. b) Calculate the total minor losses. c) Compute the mechanical power extracted by the turbine.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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