two cylinders A and B are of the same dimensions but of different materials. A alone flots in a liquid with half of its length immersed. When B is placed over A , the combination just floats in the same liquid . Compare the densities of the two cylinders A and B.

A and B are two cylinders identical in size but made of different materials. A floats with half of itself immersed in a liquid. When B is placed on A, both the cylinders remain floating in the liquid, but completely immersed in it. Compare the density of the liquid and the densities of the materials of A and B.

A solid floats in liquid A with half its volume immersed and in liquid B with 2/3 of its volume immersed. The densities of the liquids A and B are in the ratio.

Two cylinders of same cross-section and length L but made of two different materials of densities d_(1) and d_(2) are cemented together to from a cylinder of length 2L. The combination floats in a liquid of density d " " d_(1) lt d_(2) then

Two cylinders of same cross-section and length L but made of two different materials of densities d_(1) and d_(2) are cemented together to from a cylinder of length 2L. The combination floats in a liquid of density d " " d_(1) lt d_(2) then

A cube of side 4cm is just completely immersed liquid A. When it is put in liquid B, it floats with 2 cm outside the liquid. Calculate the ratio fo densities of two liquids.

A cube of side 4 cm is just completely immersed in a liquid A. When it is put in a liquid B, it floats with 2 cm outside the liquid. Calculate the ratio of densities of the two liquids.

If p_A and P_B are the densities of the material of body and the liquid respectively then the body can float only when