A glass capillary sealed at the upper end is of length `0.11 m` an internal diameter `2xx10^(5)`m. The tube is immersed vertically into a liquid of surface tension `5.06xx10^(-N)//m`. To what length the capillary has to be immersed so that the liquid level inside and outside the capalliary becomes the same. What will happen to water level inside the capillary if the seal is now broken?

A glass capillary sealed at the upper end is of length 0.11 m and internal diameter 2xx10^(5) m. The tube is immersed vertically into a liquid of surface tension 5.06xx10^(-2)N//m . To what length the capillary has to be immersed so that the liquid level inside and outside the capillary becomes the same. What will happen to water level inside the capillary if the seal is now broken?

A galss capillary length l=11 cm and inside diameter d=20mum is submerged vertically into water. The upper end of the capillary is sealed. The outside pressure is considered to be 1xx10^(5)(N)/(m^(2)) . To what length has the capillary to be submerged to make the water levels inside and outside the capillary coincide?

A glass capillary of length l and inside radius r(r lt lt l) is submerged vertically into water. The upper end of the capillary is scaled. The atmospheric pressure is p_(0) . To what length h has the capillary to be submerged to make the water levels inside and outside the capillary coincide. Assume that temperature of air in the capillary remains constant. (given, surface tension of water = T, angle of contact between glass water interface = 0^(@) )

A glass capillary of length l and inside radius r(r lt lt l) is submerged vertically into water. The upper end of the capillary is scaled. The atmospheric pressure is p_(0) . To what length h has the capillary to be submerged to make the water levels inside and outside the capillary coincide. Assume that temperature of air in the capillary remains constant. (given, surface tension of water = T, angle of contact between glass water interface = 0^(@) )

A glass capillary of length l and inside radius r(r lt lt l) is submerged vertically into water. The upper end of the capillary is scaled. The atmospheric pressure is p_(0) . To what length h has the capillary to be submerged to make the water levels inside and outside the capillary coincide. Assume that temperature of air in the capillary remains constant. (given, surface tension of water = T, angle of contact between glass water interface = 0^(@) )

A uniform capillary tube of length l and inner radius r with its upper end sealed is submerged vertically into water. The outside pressure is p, and surface tension of water is gamma . When a length x of the capillary is submerged into water, it is found that water levels inside and outside the capillary coincide, the value of x is

A capillary tube of inside diameter 1 mm is dipped vertically in a liquid of surface tension 63 xx 10^(-3) N//m and density 1262 (kg)/m^(3) . Find the height of the capillary rise if the angle of contact is 10^(@) .