Using Rayleigh's method to determine the rational formula for discharge (Q) through a sharp-edged orifice freely into the atmosphere in terms of head (h), diamete (d), density (p), dy:namic viscosity...

Using Rayleigh's method to determine the rational formula for discharge (Q)<br>through a sharp-edged orifice freely into the atmosphere in terms of head (h), diamete<br>(d), density (p), dy:namic viscosity (u), and gravitational acceleration (g).<br>Ans. Q = (dg h)<br>pd? g?<br>

Extracted text: Using Rayleigh's method to determine the rational formula for discharge (Q) through a sharp-edged orifice freely into the atmosphere in terms of head (h), diamete (d), density (p), dy:namic viscosity (u), and gravitational acceleration (g). Ans. Q = (dg h) pd? g?

Jun 10, 2022

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Using Rayleigh's method to determine the rational formula for discharge (Q) through a sharp-edged orifice freely into the atmosphere in terms of head (h), diamete (d), density (p), dy:namic viscosity...

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