Consider the Venturi meter, discussed in the sample problems, containing water without the manometer tube underneath. Let A = 4.75a. Suppose that the pressure at point 1 is 2.12 atmosphere. (a) Compute the values of v at point 1 and at point 2 that would make the pressure at point 2 equal to zero. (b) How much water in m^3 flows into the tube per minute (the volume flow rate in minutes) if the diameter at point 1 is 5.20 cm. The phenomenon at point 2 when the pressure falls to nearly zero is known as cavitation. The water vaporizes into small bubbles.
Consider the Venturi meter, discussed in the sample problems, containing water without the manometer tube underneath. Let A = 4.75a. Suppose that the pressure at point 1 is 2.12 atmosphere. (a) Compute the values of v at point 1 and at point 2 that would make the pressure at point 2 equal to zero. (b) How much water in m^3 flows into the tube per minute (the volume flow rate in minutes) if the diameter at point 1 is 5.20 cm. The phenomenon at point 2 when the pressure falls to nearly zero is known as cavitation. The water vaporizes into small bubbles.
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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Consider the Venturi meter, discussed in the sample problems, containing water without the manometer tube underneath. Let A = 4.75a. Suppose that the pressure at point 1 is 2.12 atmosphere.
(a) Compute the values of v at point 1 and at point 2 that would make the pressure at point 2 equal to zero.
(b) How much water in m^3 flows into the tube per minute (the volume flow rate in minutes) if the diameter at point 1 is 5.20 cm. The phenomenon at point 2 when the pressure falls to nearly zero is known as cavitation. The water vaporizes into small bubbles.
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