Figure shows the container of radius `R` filled with water. Consider an imaginary diametric line drividing the surface in two parts: Left half and right half. Find surface tansion force between the left half surface and the right half surface.

Consider the water drop of radius R . Find surface tension force between the left half surface and right half surface ?

Consider the water drop of radius R . Find surface tension force between the left half surface and right half surface ?

Consider a bubble of soap solution. Find the surface tension force between the left half surface and right half surface

Consider a bubble of soap solution. Find the surface tension force between the left half surface and right half surface

A beaker of radius 10 cm is filled with water. Calculate the force of surface tension on any diametrical line on its surface. Surface tension of water is 0.075 N//m .

On the surface of earth a body weighs 99N. What is the gravitational force on it at a height equal to half the radius of the earth?

A beaker of radius 10 cm is filled with water.Calculate the force of surface tension on any diametrical line on its surface. Surface tension of water is 0.075N/m.

A uniform vertical tube of circular cross section contains a liquid. The contact angle is 90^@ . Consider a diameter of the tube lying in the surface of the liquid. The surface of the right of this diameter pulls the surface on the left of it. What keeps the surface on the left in equilibrium?

A uniform vertical tube of circular cross section contains a liquid. The contact angle is 90^@ . Consider a diameter of the tube lying in the surface of the liquid. The surface of the right of this diameter pulls the surface on the left of it. What keeps the surface on the left in equilibrium?