Figure shows a capillary tube of radius r dipped into water. If the atmosphere pressure is `P_0`, the pressure at point A is

The figure shows a capillary tube of radius r dipped into water. The atmospheric pressure is p_0 and the capillary rise of water is h. the surface tension for water-glass is s The pressure inside water at the point A (lowest point of the ineniscus) is

The figure shows a capillary tube of radius r dipped into water. The atmospheric pressure is p_0 and the capillary rise of water is h. the surface tension for water-glass is s Initially, h = 10cm. If the capillary tube is now inclined at 45^@ , the length of water rising in the tube will be

Figure shows a capillary tube of radius r dipped into The atmospheric pressure is P_(0) and the capillary rise of water is h . s is the surface tension for water-glass. Initially, h = 10 cm . If the capillary tube is now incline at 45^@, the length of water rising in the tube will be

Figure shows a capillary tube of radius r dipped into The atmospheric pressure is P_(0) and the capillary rise of water is h . s is the surface tension for water-glass. Initially, h = 10 cm . If the capillary tube is now incline at 45^@, the length of water rising in the tube will be

Figure shows a capillary tube of radius r dipped into The atmospheric pressure is P_(0) and the capillary rise of water is h . s is the surface tension for water-glass. Initially, h = 10 cm . If the capillary tube is now incline at 45^@ , the length of water rising in the tube will be

If a wax coated capillary tube is dipped in water then water in it will

A capillary tube is dipped in water as shown in the figure. If P_0 is the atmospheric pressure, P_A and P_B are pressure at A and B respectively then