A converging elbow tirms water to a nozzle in a vertical plane, The elbow cross section diameter is (20 cm) at the inlet, and (10 cm) at the outlet. The water volume flow rate is (200 L/s) and the elbow inlet pressure is unknown but it discharge the water 1o the atmosphere (101.325 kpa). Calculate the horizontal and vertical force required to old the elbow in place. (neglect the weight of elbow and water). A converging elbow turns water to a nozzle in a vertical plame. The elbow cross section diameter is(20 cm) at the inlet, and (10 cm) at the outlet. The water volume flow rate is (200 L/s) and the elbowinlet pressure is unknown but it discharge the water to the atmosphere (101.325 kpa). Calculate thehorizontal and vertical force required to hold the elbow in place. (neglect the weight of elbow andP2 A2water).D-10 cm17PI AID- 20 cm(1)

Internal pressure and fluid movement may cause unacceptable stresses and tensions in a piping…

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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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A converging elbow tirms water to a nozzle in a vertical plane, The elbow cross section diameter is (20 cm) at the inlet, and (10 cm) at the outlet. The water volume flow rate is (200 L/s) and the elbow inlet pressure is unknown but it discharge the water 1o the atmosphere (101.325 kpa). Calculate the horizontal and vertical force required to old the elbow in place. (neglect the weight of elbow and water).

A converging elbow turns water to a nozzle in a vertical plame. The elbow cross section diameter is
(20 cm) at the inlet, and (10 cm) at the outlet. The water volume flow rate is (200 L/s) and the elbow
inlet pressure is unknown but it discharge the water to the atmosphere (101.325 kpa). Calculate the
horizontal and vertical force required to hold the elbow in place. (neglect the weight of elbow and
P2 A2
water).
D-10 cm
17
PI AI
D- 20 cm
(1)

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