Water rises against gravity in a capillary tube when its one end is dipped into water because

Water rise in capillary tube when its one end is dipped vertically in it, is 3 cm. If the surface tension of water is 75xx10^-3(N)/(m) , then the diameter of capillary will be (Take angle of contact =0^@C )

Water rises to a height h in a capillary tube when dipped vartically . If another capillary tube of the same material with half the bore cross section is dipped vertically rise of water in this case

Water rises a height of 10 cm in a capillary tube. When the same capillary tube is dipped in mercury it falls to a height of 3.4cm. Compare the surface tensions of water and mercury. Assume that the specific gravity of mercury is 13.6, angle of contact of water with glass is 0^(@) and angle of contact of water with glass is 135^(@) .

Water rises to a height h when a capillary of radius r is dipped in water. For another capillary of radius 2r dipped in water, it rises to the height

Water rises to a height h when a capillary of radius r is dipped in water. For another capillary of radius 2r dipped in water, it rises to the height

Water rises to a height h in a glass capillary tube when dipped vertically. Explain what happens when a similar tube of length less than h is dipped vertically in water.

What will be the rise of water when a capillary tube of radius 0.5mm is dipped iri water?

The radius of a capillary tube is 1.4 mm . Water of weight 6.28 xx 10^(-4) N rises in the capillary tube, when it is dipped vertically in water . What is the surface tension of water ?