A tank is filled upto a height h with a liquid and is placed on a platform of height h from the ground. To get maximum range `x_(m)` a small hole is punched at a distance of y from the free surface of the liquid. Then

A tank is filled upto a height h with a liquid and is placed on platform of height h from the ground. To get maximum range x_(m) a small hole is punched at a distance of y from the free surface of the liquid. Then

A tank is filled up to a height 2H with a liquid and is placed on a platform of height H from the ground. The distance x from the ground where a small hole is punched to get the maximum range R is –

A tank is filled up to a height 2H with a liquid and is placed on a platform of height H from the ground, the distance x from the ground where a small hole is punched to get the maximum range R is .

A tank is filled up to a height 2H with a liquid and is placed on a platform of height H from the ground, the distance x from the ground where a small hole is punched to get the maximum range R is .

A tank is filled to a height H. The range of water coming out of a hole which is a depth H//4 from the surface of water level is

A tank is filled to a height H. The range of water coming out of a hole which is a depth H//4 from the surface of water level is

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 rectangular tank is placed on a horizontal ground and is filled with water to a height H above the base. A small hole is made on one vertical side at a depth D below the level of the water in the tank. The distance x from the bottom of the tank at which the water jet from the tank will hit the ground is