A tube is mounted so that it's base is at height `h` above the horizontal ground. The tank is filed with water to a depth `h`. A hole is punched in the side of the tank at depth `y` below water surface. Then the value of `y` so that the range of emerging stream be maximum is

A tank with vertical walls is mounted so that its base is at a height H above the horizontal ground. The tank is filled with water to a depth h. A hole is punched in the side wall of the tank at depth x below the water surface. To have maximum range of the emerging stream, the value of x is

A tank with vertical walls is mounted so that its base is at a height H above the horizontal ground. The tak is filled with water to a depth h . A hole is puched in the side wall of the tank at a depth x below the water surface. To have maximum range of the emerging stream, the value of x is

A tank with vertical walls is monted so that its base is at height of 1.2 m above the horizotnal ground. The tank is filled with water to depth 2.8 m. A holw is punched in the side wall of the tank at a depth x m below the surface of water to have maximum range of the emerging stream. then the value of x in metre is

Water stands at a depth 'H' in a tank whose side walls are vertical. A hole is made on one of the walls at a depth 'h' below the water surface. For what value of 'h' this range is maximum?

There is a small hole of diameter 2 mm in the wall of a water tank at a depth of 10 m below free water surface. Then the velocity of efflux of water from the hole will be

A cylinderical vessel is filled with water up to height H. A hole is bored in the wall at a depth h from the free surface of water. For maximum range h is equal to

A tank is filled with water up to a height H . Water is allowed to come out of a hole P in one of the walls at a depth D below the surface of water. Express the horizontal distance x in terms of H and D .