What is the formula for discharge when venturi meter is used?

Question

TuteeHUB · Accepted Answer

$Q = (a_1 * a_2/\sqrt{(a_1^2  – a_2^2)})\sqrt{2g}$

TuteeHUB · Answer

$Q = C_d (a_2/\sqrt{(a_1^2 – a_2^2)})\sqrt{2h}$

TuteeHUB · Answer

$Q = C_d (a_1 * a_2/\sqrt{(a_1^2  – a_2^2)})\sqrt{2gh}$

TuteeHUB · Answer

$Q = (a_1 * a_2/\sqrt{(a_1^2  – a_2^2)})\sqrt{2g}$

TuteeHUB · Answer

$Q = C_d (a_1/\sqrt{(a_1^2  – a_2^2)})\sqrt{2gh}$

1.	What is the formula for discharge when venturi meter is used?
A.	\(Q = C_d (a_2/\sqrt{(a_1^2 – a_2^2)})\sqrt{2h}\)
B.	\(Q = C_d (a_1 * a_2/\sqrt{(a_1^2 – a_2^2)})\sqrt{2gh}\)
C.	\(Q = (a_1 * a_2/\sqrt{(a_1^2 – a_2^2)})\sqrt{2g}\)
D.	\(Q = C_d (a_1/\sqrt{(a_1^2 – a_2^2)})\sqrt{2gh}\)
Answer» C. \(Q = (a_1 * a_2/\sqrt{(a_1^2 – a_2^2)})\sqrt{2g}\)

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