The sap in tree rises in a system of capillaries of radius `2.5 xx 10^(-2) N m^(-1)` and the angle of contact is `0^(@)`. The maximum height to which sap can rise in tree through capillarity action is `(rho_("sap")=10^(3) kg m^(-3))`

The sap in tree rises in a system of capillaries of radius 2.5 xx 10^(-2) m . The surface tension of the sap is 7.28 xx 10^(-2) N m^(-1) and the angle of contact is 0^(@) . The maximum height to which sap can rise in tree through capillarity action is (rho_("sap")=10^(3) kg m^(-3))

The sap in trees, which consists mainly of water in summer, rises in a system of capillaries of radius r = 2.5 xx 10^(-5) m. The surface tension of sap is T =7.28 xx 10^(-2) Nm^(-1) and the angle of contact is 0^@. Does surface tension alone ac count for the supply of water to the top of all trees ?

The sap in trees , which consists mainly of water in summer , rises in a system of capillaries of radius r=2.5xx10^(-5)m .The surface tension of sap is T=7.28xx10^(-2)Nm^(-1) and the angle of contact is 0^(@) .Does surface tension alone account for the supply of water to the top of all trees ?

The sap in trees, which consists mainly of water in summer, rises in a system of capillaries of radius r = 2.5 xx 10^(-5) m. The surface tension of sap is T =7.28 xx 10^(-2) Nm^(-1) and the angle of contact is 0^@. Does surface tension alone ac count for the supply of water to the top of all tress ?

The sap in trees, which consists aminly of water in summer, rises in a system of capilaries of radius r = 2.5 xx 10^-5 m. The surface tension of sap is T = 7.28 xx 10^-2 N m^-1 and the angle of contact is 0^@ . Does surface tension alone account for the supply of water to the top of all trees?

The surface tension of water is 7xx10^(-2) N//m^(2) and its angle of contact with glass is zero . The rise of water in a capillary tube of diameter 0.5 mm is ………..

A capillary tube is placed vertically inside the beaker of water of surface tension 7 xx 10^(-2) N/m and the angle of contact is 0^(@) . The height raised by the water in capillary tube 7 xx 10^(-2) m The radius of the capillary tube is

A capillary tube of radius 0.5 mm is dipped in a vessel containing water. Calculate the height to which water will rise in the capillary tube. Take, surface tension of water =7.4 xx 10^(-3)" N/m".