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The actual velocity at vena contracta for flow through an orifice from a reservoir of height H =

A2gH\sqrt{2gH}

BCv2gHC_{v} \sqrt{2gH}

C2gHCv\frac{ \sqrt{2gH}}{C_v}

DCd2gHC_{d} \sqrt{2gH}

Answer:

Cv2gHC_{v} \sqrt{2gH}

Read Explanation:

The velocity at vena contracta for flow through an orifice from a reservoir of height H is given by

V=Cv2gHV = C_{v} \sqrt{2gH}


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