SSC JE Mechanical Engineering 24th Jan 2018 Shift-2 Question 190

Question 190

The actual velocity at vena contracta for flow through an orifice from a reservoir of height H =
A] $$\sqrt{2gH}$$
B] $$C_v \sqrt{2gH}$$
C] $$\frac{\sqrt{2gH}}{C_v}$$
D] $$C_d \sqrt{2gH}$$

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SSC JE Mechanical Engineering 24th Jan 2018 Shift-2 Question 190

The actual velocity at vena contracta for flow through an orifice from a reservoir of height H =A] $$\sqrt{2gH}$$B] $$C_v \sqrt{2gH}$$C] $$\frac{\sqrt{2gH}}{C_v}$$D] $$C_d \sqrt{2gH}$$

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The actual velocity at vena contracta for flow through an orifice from a reservoir of height H =
A] $$\sqrt{2gH}$$
B] $$C_v \sqrt{2gH}$$
C] $$\frac{\sqrt{2gH}}{C_v}$$
D] $$C_d \sqrt{2gH}$$