A siphon draws water from a reservoir and discharges it out at atmospheric pressure. Assuming ideal fluid and the reservoir is large, the velocity at point P in the siphon tube is:

Question

TuteeHUB · Accepted Answer

$\sqrt {2g\left( {{h_2} + {h_1}} \right)}$

TuteeHUB · Answer

$\sqrt {2g{h_1}}$

TuteeHUB · Answer

$\sqrt {2g{h_2}}$

TuteeHUB · Answer

$\sqrt {2g\left( {{h_2} - {h_1}} \right)}$

1.	A siphon draws water from a reservoir and discharges it out at atmospheric pressure. Assuming ideal fluid and the reservoir is large, the velocity at point P in the siphon tube is:
A.	\(\sqrt {2g{h_1}}\)
B.	\(\sqrt {2g{h_2}}\)
C.	\(\sqrt {2g\left( {{h_2} - {h_1}} \right)}\)
D.	\(\sqrt {2g\left( {{h_2} + {h_1}} \right)}\)
Answer» D. \(\sqrt {2g\left( {{h_2} + {h_1}} \right)}\)

A siphon draws water from a reservoir and discharges it out at atmospheric pressure. Assuming ideal fluid and the reservoir is large, the velocity at point P in the siphon tube is:

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