[" es the "20" .A solid sphere of radius "5cm" floats in water.If "],[" If the maximum load of "0.1kg" can be put on it without wett" "],[" il force the load,find the specific gravity of the material of the "],[" piece."]

A solid sphere of radius 5 cm floats in water. If a maximum load of 0.1 kg can be put on it without wetting the load, find the specific gravity of the material of the sphere.

A solid sphere of radius 5 cm floats in water. If a maximum load of 0.1 kg can be put on it without wetting the load, find the specific gravity of the material of the sphere.

A solid sphere of radius 5 cm floats in water. If a maximum load of 0. kg can be put on it withot wetting the load find the specific gravityof the material of the sphere.

A solid sphere of radius R has a concentric cavity of radius (R)/(3) inside it. The sphere is found to just float in water with the highest point of it touching the water surface. Find the specific gravity of the material of the sphere.

A metallic sphere of radius 2.0 cm is completely dipped in water. Find the force of buoyancy on it.

A solid sphere of radius R has a concentric cavity of radius ' R//2 ' inside it. The sphere is found to just float in water with the highest point of it touching the water surface. The specific gravity of the material of the sphere 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?

On melting a solid sphere of lead of radius 8 cm , find the number of spherical balls of radius 1 cm that can be mode?