A capillary tube when dipped into water, it is commonly observed that water will rise through the tube. If the radius of the tube becomes double, what happens to the height of the water column in the tube?

A capillary tube when dipped into water, it is commonly observed that water will rise through the tube. Which of the following is responsible for this? (i)Gravitational force (ii)Viscous force (iii)Nuclear force (iv)Surface tension (v)Elastic force

What happened to the water level in the capillary tube?

When a capillary tube of radius r is dipped in water, the water rises through it up to a height h. If the length of the tube is less than the length of the capillary rise will it overflow? Justify your answer.

A child dipped two identical capillary tubes,one in a beaker containing mercury.He observed that water and mercury have risen through the tubes to a certain heights. What difference did he observe in the shape of the meniscus of the two liquids in the tube?

A child dipped two identical capillary tubes,one in a beaker containing mercury.He observed that water and mercury have risen through the tubes to a certain heights. If he plots a graph connecting the radius of the capillary tube and capillay height,what will be the shape of the graph?

The antiseptics used for cuts and wounds in human flesh have low surface tension. In a capillary tube, water rises to a height. If the capillary tube is inclined at an angle 60° with the vertical, what will be the length of the water column in the tube?