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(3) In the figure below, the pipe entrance is sharp-edged. Consider the flow rate Q to be 0.004 m'/s. By simplifying the steady flow energy equation by taking into account both the major and minor friction losses, determine the turbine head and the power extracted by the turbine (in Watts). Take water density p = 998 kg/m' and dynamic viscosity u = 0.001 kg/(m.s). Open globe valve Turbine 40 m Water Cast iron: L = 125 m, D = 5 cm

(3) In the figure below, the pipe entrance is sharp-edged. Consider the flow rate Q to be 0.004 m'/s. By simplifying the steady flow energy equation by taking into account both the major and minor friction losses, determine the turbine head and the power extracted by the turbine (in Watts). Take water density p = 998 kg/m' and dynamic viscosity u = 0.001 kg/(m.s). Open globe valve Turbine 40 m Water Cast iron: L = 125 m, D = 5 cm

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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(3) In the figure below, the pipe entrance is sharp-edged. Consider the flow rate Q to be 0.004 m'/s. By simplifying the steady flow energy equation by taking into account both the major and minor friction losses, determine the turbine head and the power extracted by the turbine (in Watts). Take water density p = 998 kg/m' and dynamic viscosity u = 0.001 kg/(m.s). Open globe valve Turbine 40 m Water Cast iron: L = 125 m, D = 5 cm %3D
Transcribed Image Text:(3) In the figure below, the pipe entrance is sharp-edged. Consider the flow rate Q to be 0.004 m'/s. By simplifying the steady flow energy equation by taking into account both the major and minor friction losses, determine the turbine head and the power extracted by the turbine (in Watts). Take water density p = 998 kg/m' and dynamic viscosity u = 0.001 kg/(m.s). Open globe valve Turbine 40 m Water Cast iron: L = 125 m, D = 5 cm %3D
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