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Dynamics of Fluid Flow: Flow through Large Rectangular Orifice

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Flow through large orifice from side of tank is given by

a:

C_d b \sqrt{2g} [H_2^{3/2} - H_1^{3/2}]

Explanation

Explanation

b:

\frac{2}{3} C_d b \sqrt{g} [H_2^{3/2} - H_1^{3/2}]

Explanation

Explanation

c:

\frac{2}{3} C_d b \sqrt{2g} [H_1^{3/2}]

Explanation

Explanation

d:

\frac{2}{3} C_d b \sqrt{2g} [H_2^{3/2} - H_1^{3/2}]

Explanation

Explanation

Discharge through fully submerged orifice is given by

a:

C_d b (H_1) \sqrt{2gH}

Explanation

Explanation

b:

C_d b (H_2 - H_1) \sqrt{2gH}

Explanation

Explanation

c:

C_d b (H_1 - H_1) \sqrt{2gH}

Explanation

Explanation

d:

C_d (H_2 - H_1) \sqrt{gH}

Explanation

Explanation

Time to empty the tank from an orifice at the bottom of the tank

a:

T = \frac{2A \sqrt{H_1}}{C_d a \sqrt{2g}}

Explanation

Explanation

b:

T = \frac{2A \sqrt{H_1}}{C_d a}

Explanation

Explanation

c:

T = \frac{2A \sqrt{H_1}}{a \sqrt{2g}}

Explanation

Explanation

d:

T = \frac{\sqrt{H_1}}{C_d a \sqrt{2g}}

Explanation

Explanation

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