When a polar bear jumps on an iceberg, its weight 240 kg.wt is just sufficient to sink the iceberg. What is the mass of the iceberg? (specific gravity of ice is 0.9 and that of sea water is 1.02)

When a body of mass 240 kg is placed on a ice berg floating in sea water, it is found that the ice berg just sinks. What is the mass of the ice berg ? Take the relative density of ice as 0.9 and that of seac water as 1.02.

An iceberg weighs 400 tonnes. The specific gravity of iceberg is 0.92 and the specific gravity of water is 1.02. what percentage of iceberg is below the water surface?

Iceberg floats in water with part of it submerged. What is the fraction of the volume of iceberg submerged if the density of ice is rho_1 = 0.971 g cm^-3 ?

Iceberg floats in water with part of it submerged. What is the fraction of the volume of iceberg submerged if the density of ice is rho = 0.917 g cm^(-3) ?

The tip of the iceberg.The density of ice is 917 kg m^-3 . what fraction of ice lies below water?

A block of ice of area A and thickness 0.5 m is floating in the fresh water. In order to just support a man of 100 kg , the area A should be (specific gravity of ice 0.917 and density of water =1000 kg//m^(2))

A block of ice of area A and thickness 0.5m is floating in the fresh water. In order to just support a man of 100kg . Find the area A . (the specific gravity of ice is 0.917 and density of water = 1000 kg//m^(3) )

Iceberg floats in water with part of it submerged. What is the fraction of the volume of iceberg submerged if the density of ice is rho_i = 0.917 g cm^(-3) ?

Iceberg floats in water with part of it submerged. What is the fraction of the volume of iceberg submerged if the density of ice is rho_i = 0.917 g cm^(-3) ?