When a capillary tube is dipped in water, water rises upto `8cm` in the tube. What happends when the tube is pushed down such that its end is only `5cm` above outside water level?

When a capillary tube is dipped in a liquid, it rises in the tube to a height h above the outside level . What would happen it the tube is dipped such that its length outside the liquid is less then h? Explain your answer briefly.

When a glass capillary tube is dipped in pure water, water rises to a height .h. in the tube. Capillary tube is pushed down till its height above the surface of water is h^(1)[h^(1)lth] . Find the relation between h and h^(1) .

When a glass capillary tube is dipped ast one end in water, water rises in the tube. The gravitational potential energy is thus increased. Is it a violation of conservation of eneryg?

When a glass capillary tube is dipped at one end in water, water rises in the tube. The gravitational potential energy is thus increased. Is it a violation of conservation of energy?

When a glass capillary tube is dipped at one end in water, water rises in the tube. The gravitational potential energy is thus increased. Is it a violation of conservation of energy?

When a capillary tube is lowered into water, the mass of water raised in the tube, above the outside water level is 5gm. If the radius of the tube is doubled, the mass of water that rises in the capillary tube above the outside water level is

A 20cm long capillary tube is dipped in water. The water rises upto 8 cm . If the entire arrangment is put in a freely elevator, the length of water column in the capillary tube will be :

The lower end of a capillary tube is dipped in water. Water rises to a height of 8 cm. The tube is then broken at a height of 6 cm. The height of water colume and angle of contact will be