A liquid is filled upto height `h` in a vessel, as shown. Find correct option(s):

The U -tube shown in the figure has a uniform cross section. A liquid is filled up to heights h_(1) and h_(2) in the two arms and they are allowed to move. Neglecting viscosity and surface tension, find the state of the liquid when the levels equalize in the two arms. Find the correct statement.

The U -tube shown in the figure has a uniform cross section. A liquid is filled up to heights h_(1) and h_(2) in the two arms and they are allowed to move. Neglecting viscosity and surface tension, find the state of the liquid when the levels equalize in the two arms. Find the correct statement.

In the following figure shown, a liquid is filled into the vessel up to a height h and the forces exerted against the liquid by the walls of the vessel are shown by arrows, the force being everywhere perpendicular to the walls of the vessel. For this situation mark out the correct statement(s).

In the following figure shown, a liquid is filled into the vessel up to a height h and the forces exerted against the liquid by the walls of the vessel are shown by arrows, the force being everywhere perpendicular to the walls of the vessel. For this situation mark out the correct statement(s).

Figure shows a cylindrical vessel of height 90 cm filled upto the brim . There are four holes in the vessel as shows in figure . The liquid falling at maximum horizontal distance from the vessel would come from

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 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 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