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(Answer: m = 2.578 kg/s) 8) A venturi meter measures the flow of water in a 75 mm diameter pipe. The difference between the throat and the entrance of the meter is measured by the U-tube contains mercury which is being in contact with the water. What should be the diameter of the throat if the difference in level of mercury is 250 mm when the quantity of water flowing in the pipe is 1.55 m³/min? Assume coefficient of discharge is 0.97. (Answer: d₂ = 0.0586 m)

(Answer: m = 2.578 kg/s) 8) A venturi meter measures the flow of water in a 75 mm diameter pipe. The difference between the throat and the entrance of the meter is measured by the U-tube contains mercury which is being in contact with the water. What should be the diameter of the throat if the difference in level of mercury is 250 mm when the quantity of water flowing in the pipe is 1.55 m³/min? Assume coefficient of discharge is 0.97. (Answer: d₂ = 0.0586 m)

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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(Answer: m = 2.578 kg/s) 8) A venturi meter measures the flow of water in a 75 mm diameter pipe. The difference between the throat and the entrance of the meter is measured by the U-tube contains mercury which is being in contact with the water. What should be the diameter of the throat if the difference in level of mercury is 250 mm when the quantity of water flowing in the pipe is 1.55 m³/min? Assume coefficient of discharge is 0.97. (Answer: d₂ = 0.0586 m)
Transcribed Image Text:(Answer: m = 2.578 kg/s) 8) A venturi meter measures the flow of water in a 75 mm diameter pipe. The difference between the throat and the entrance of the meter is measured by the U-tube contains mercury which is being in contact with the water. What should be the diameter of the throat if the difference in level of mercury is 250 mm when the quantity of water flowing in the pipe is 1.55 m³/min? Assume coefficient of discharge is 0.97. (Answer: d₂ = 0.0586 m)
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