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3. The figure shows contraction of the venturi meter pipe, assume there is no energy loss, and subcritical flow. With the equation: 29(y1-y2) _)1/2 b1 = 3 m, b2 = 2 m, y1 = 1,9 m. Q = b2?y22 b1²y12 1 • Find Q if y2 = 1.5 m • Find y2, if the flow in the transition area becomes critical Top view Side view

3. The figure shows contraction of the venturi meter pipe, assume there is no energy loss, and subcritical flow. With the equation: 29(y1-y2) _)1/2 b1 = 3 m, b2 = 2 m, y1 = 1,9 m. Q = b2?y22 b1²y12 1 • Find Q if y2 = 1.5 m • Find y2, if the flow in the transition area becomes critical Top view Side view

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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3. The figure shows contraction of the venturi meter pipe, assume there is no energy loss, and subcritical flow. With the equation: 29(y1-y2) )1/2 , b1 = 3 m, b2 = 2 m, y1 = 1,9 m. Q = (- b2²y22¯b1²y1² 1 • Find Q if y2 = 1.5 m • - Find y2, if the flow in the transition area becomes critical b, Top view Side view
Transcribed Image Text:3. The figure shows contraction of the venturi meter pipe, assume there is no energy loss, and subcritical flow. With the equation: 29(y1-y2) )1/2 , b1 = 3 m, b2 = 2 m, y1 = 1,9 m. Q = (- b2²y22¯b1²y1² 1 • Find Q if y2 = 1.5 m • - Find y2, if the flow in the transition area becomes critical b, Top view Side view
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