A solid uniform ball of volume V floats on the interface of two immiscible liquids [The specific gravity of the upper liquid is `gamma//2` and that of the lower liquid is `2gamma`, where `gamma` is th especific gracity of the solid ball.] The fraction of the volume of the ball that will be in upper liquid is

A Solid uniform ball of volume V floats on the interface of two immiscible liquids . [The specific gravity of the upper liquid is gamma//2 and that of the lower liquid is 2 gamma , where gamma is the specific gravity of the solid ball.] The fraction of the volume of the ball that will be in upper liquid is

A solid uniform ball of volume V floats on the interface of two immiscible liquids (see the figure). The specific gravity of the upper liquid is rho_(1) and that of lower one is rho_(2) and the specific gravity of ball is rho(rho_(1)gtrhogtrho_(2)) The fraction of the volume the ball in the upper liquid is

A solid uniform ball of volume V floats on the interface of two immiscible liquids (see the figure). The specific gravity of the upper liquid is rho_(1) and that of lower one is rho_(2) and the specific gravity of ball is rho(rho_(1)gtrhogtrho_(2)) The fraction of the volume the ball in the u of upper liquid is

A solid uniform ball of volume V floats on the interface of two immiscible liquids (see the figure). The specific gravity of the upper liquid is rho_(1) and that of lower one is rho_(2) and the specific gravity of ball is rho(rho_(1)gtrhogtrho_(2)) The fraction of the volume the ball in the u of upper liquid is

A solid uniform sphere of volume v floats on the boundary between two non miscible liquids. The specific gravity of the upper liquid Is S_1 and that of the lower is S_2 . The specific gravity of the material of the sphere is S(S_1 lt S lt S_2) . What portions of the sphere will be above and below the boundary of the liquid?

A solid uniform ball having volume V and density rho floats at the interface of two unmixible liquids as shown in Fig. 7(CF).7. The densities of the upper and lower liquids are rho_(1) and rho_(2) respectively, such that rho_(1) lt rho lt rho_(2) . What fractio9n of the volume of the ball will be in the lower liquid.

A solid uniform ball having volume V and density rho floats at the interface of two unmixible liquids as shown in Fig. 7(CF).7. The densities of the upper and lower liquids are rho_(1) and rho_(2) respectively, such that rho_(1) lt rho lt rho_(2) . What fractio9n of the volume of the ball will be in the lower liquid.

A solid uniform ball having volume V and density rho floats at the interface of two unmixible liquids as shown in Fig. 7(CF).7. The densities of the upper and lower liquids are rho_(1) and rho_(2) respectively, such that rho_(1) lt rho lt rho_(2) . What fractio9n of the volume of the ball will be in the lower liquid.