Final Ans:Discharge: 0.330 cfsDiameter of Jet: 1.587 in.Mean Velocity: 24.0 ft/secLost head: 0.56 ft Piezometer-Approach pipeOrificeJet-ManometerFIG. 57. Orifice in end of pipe. 9. The orifice in Fig. 57 is 2 in. in diameter and is sharp-edged withCa 0.63 and C, 0.97. The diameter of the pipe is 6 in. Theliquid is water and stands at a height h of 9.5 ft in the piezometer.Compute the discharge, the diameter of the jet, the.mean velocity inthe jet, and the lost head. hns :

Answered: Image /qna-images/answer/00ca430c-87bf-47c7-9410-b20199ff4633.jpg

9. The orifice in Fig. 57 is 2 in. in diameter and is sharp-edged with - 0.63 and C, = 0.97. The diameter of the pipe is 6 in. The liquid is water and stands at a height h of 9.5 ft in the piezometer. Compute the discharge, the diameter of the jet, the mean velocity in %3D

9. The orifice in Fig. 57 is 2 in. in diameter and is sharp-edged with - 0.63 and C, = 0.97. The diameter of the pipe is 6 in. The liquid is water and stands at a height h of 9.5 ft in the piezometer. Compute the discharge, the diameter of the jet, the mean velocity in %3D

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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Question

Final Ans:

Discharge: 0.330 cfs

Diameter of Jet: 1.587 in.

Mean Velocity: 24.0 ft/sec

Lost head: 0.56 ft

Piezometer-
Approach pipe
Orifice
Jet
-Manometer
FIG. 57. Orifice in end of pipe.

9. The orifice in Fig. 57 is 2 in. in diameter and is sharp-edged with
Ca 0.63 and C, 0.97. The diameter of the pipe is 6 in. The
liquid is water and stands at a height h of 9.5 ft in the piezometer.
Compute the discharge, the diameter of the jet, the.mean velocity in
the jet, and the lost head. hns :

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