Oil (p = 1100 kg/m³ ,µ = 5.6 X 10-4 kg/m· s) flows through a 4.3 cm diameter pipe. The flow rate needs to be measured with a 3 cm diameter orifice meter that is equipped with a mercury (p = x kg/m²) manometer across the| orifice plate. If the differential height is 11 cm, calculate the oil flow rate through the pipe and the average flow velocity. Explain any assumptions that x=19060 you use. Use

Oil (p = 1100 kg/m³ ,µ = 5.6 X 10-4 kg/m· s) flows through a 4.3 cm diameter pipe. The flow rate needs to be measured with a 3 cm diameter orifice meter that is equipped with a mercury (p = x kg/m²) manometer across the| orifice plate. If the differential height is 11 cm, calculate the oil flow rate through the pipe and the average flow velocity. Explain any assumptions that x=19060 you use. Use

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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An orifice of 2.58 cm diameter is placed in a pipe of 5.1 cm diameter. The pipe delivers oil of specific gravity of 0.8. if the pressure difference on the two sides of the orifice is measured by a mercury-oil manometer and the differential gauge reads 125 mm of mercury, calculate the Actual and Ideal rate of flow in liter per second if Cd = 0.63
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