[" 31.Two non-viscous,"],[" incompressible and immiscible "],[" liquids of densities "rho" and "1.5 rho],[" are poured into the two timbs "],[" of a circular tube of radius "R],[" and small cross-section kept "],[" fixed in a vertical plane as "],[" shown in fig.Each liquid "],[" occupies one fourth the "],[" circumference "],[" the tube."]

Two non - viscous, incompressible and immiscible liquids of densities (rho) and (1.5 rho) are poured into the two limbs of a circular tube of radius ( R) and small cross section kept fixed in a vertical plane as shown in fig. Each liquid occupies one fourth the cirumference of the tube. Find the angle (theta) that the radius to the interface makes with the verticles in equilibrium position.

A cylinder stands vertical in two immiscible liquids of densities rho and 2rho as shown. Find the difference in pressure at point A and B:

A thin triangular glass tube containing immiscible liquids A, B, C of densities rho, 2rho, 3rho is at rest in vertical plane. Find x.

A thin triangular glass tube containing immiscible liquids A, B, C of densities rho, 2rho, 3rho is at rest in vertical plane. Find x.

A large tank is filled with two immiscible liquids of densities rho _ 1 and rho _ 2 A small hole is made at the base of the tank and liquid of density rho _ 2 starts flowing out of it. Three points A, B and C are marked on a vertical line. Velocity with which liquid leaves the hole is :

A uniform long tube is bent into a circle of radius R and it lies in a vertical plane. Two liquids of same volume but densities rho and delta fill half the tube. The angle theta is

A uniform long tube is bent into a circle of radius R and it lies in vertical plane. Two liquids of same volume but densities rho " and " delta fill half the tube. The angle theta is