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A cylindrical tank of Height H has a hole on its side. It is kept on a flat surface. Assuming that hole's area is much smaller than the area of the tank, what should be the distance of the hole below the top surface so that water coming out of the hole travels the maximum horizontal distance at the instant when the height of water is H?

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MCQs on fluids mechanical properties pressure and streamline flow, bernoullis equation, fluids viscosity and surface tension.


A cylindrical tank of Height H has a hole on its side. It is kept on a flat surface. Assuming that hole's area is much smaller than the area of the tank, what should be the distance of the hole below the top surface so that water coming out of the hole travels the maximum horizontal distance at the instant when the height of water is H?






 
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