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Problem 6.28 - A pilot tube gets to be inserted in a pipe having diameter of 300 mm. The static pressure in pipe and the stagnation pressure at the centre of the pipe which is recorded by the pilot tube is 100 mm of mercury (vacuum) and 0.981 N/cm^2. If the mean velocity of the flow is 0.85 times that of the central velocity, then calculate the rate of flow of water through the pipe. take C_v = 0.98

Problem 6.28 - A pilot tube gets to be inserted in a pipe having diameter of 300 mm. The static pressure in pipe and the stagnation pressure at the centre of the pipe which is recorded by the pilot tube is 100 mm of mercury (vacuum) and 0.981 N/cm^2. If the mean velocity of the flow is 0.85 times that of the central velocity, then calculate the rate of flow of water through the pipe. take C_v = 0.98

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
Problem 1.1MA
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Problem 6.28 - A pilot tube gets to be inserted in a pipe having diameter of 300 mm. The static pressure in pipe and the stagnation pressure at the centre of the pipe which is recorded by the pilot tube is 100 mm of mercury (vacuum) and 0.981 N/cm^2. If the mean velocity of the flow is 0.85 times that of the central velocity, then calculate the rate of flow of water through the pipe. take C_v = 0.98
Transcribed Image Text:Problem 6.28 - A pilot tube gets to be inserted in a pipe having diameter of 300 mm. The static pressure in pipe and the stagnation pressure at the centre of the pipe which is recorded by the pilot tube is 100 mm of mercury (vacuum) and 0.981 N/cm^2. If the mean velocity of the flow is 0.85 times that of the central velocity, then calculate the rate of flow of water through the pipe. take C_v = 0.98
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