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PROBLEM 4 In the figure, suppose that 0 = 30°, V. = 100 ft/s and the stream is a jet of water with an initial diameter of 2 in. Assume friction losses such that V: = 95 ft/s. Assuming the flow is steady and occurs in a horizontal plane, determine (a) The flow rate (ft/s) (b) The diameter (in) of the jet at section 2. (c) The x-component Fax of the reaction of the curved vane on the water jet, and

PROBLEM 4 In the figure, suppose that 0 = 30°, V. = 100 ft/s and the stream is a jet of water with an initial diameter of 2 in. Assume friction losses such that V: = 95 ft/s. Assuming the flow is steady and occurs in a horizontal plane, determine (a) The flow rate (ft/s) (b) The diameter (in) of the jet at section 2. (c) The x-component Fax of the reaction of the curved vane on the water jet, and

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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PROBLEM 4 In the figure, suppose that e = 30°, V: = 100 ft/s and the stream is a jet of water with an initial diameter of 2 in. Assume friction losses such that V; = 95 ft/s. Assuming the flow is steady and occurs in a horizontal plane, determine (a) The flow rate (ft/s) (b) The diameter (in) of the jet at section 2. (c) The x-component Fax of the reaction of the curved vane on the water jet, and (d) The y-component Fey of the reaction of the curved vane on the water jet. (e) The total reaction Fr. Express all forces in pounds. V:
Transcribed Image Text:PROBLEM 4 In the figure, suppose that e = 30°, V: = 100 ft/s and the stream is a jet of water with an initial diameter of 2 in. Assume friction losses such that V; = 95 ft/s. Assuming the flow is steady and occurs in a horizontal plane, determine (a) The flow rate (ft/s) (b) The diameter (in) of the jet at section 2. (c) The x-component Fax of the reaction of the curved vane on the water jet, and (d) The y-component Fey of the reaction of the curved vane on the water jet. (e) The total reaction Fr. Express all forces in pounds. V:
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