A piece of steel has a weight `w` in air, `w_(1)` when completely immersed in water and `w_(2)` when completely immersed in an unknown liquid. The relative density (specific gravity) of liquid is

A body weights 75 gf in air, 51gf when completely immersed in a liquid and 67 gf when completely immersed in water. Find the density of the liquid

A matallic block weighs 15N in air. It weights 12N when immersed in water and 13 N when immersed in another liquid. What is the specific gravity of the liquid?

The weight of a body in air 40N. When the body immersed in water the weight 20N and if the body immersed in unknown liquid the weight 30N. What is density of liquid?

A metal piece weighs 200gf in air and 150 gf when completely immersed in water. Calculate the relative density of the metal piece.

A certain block weighs 15 N in air. But is weighs only 12 N when completely immersed in water. When immersed completely in another liquid, it weighs 13 N. Calculate the relative density of (i) the block and (ii) the liquid.

A certain block weighs 15 N in air. But is weighs only 12 N when completely immersed in water. When immersed completely in another liquid, it weighs 13 N. Calculate the relative density of (i) the block and (ii) the liquid.

A solid weighs 120 gf in air and 105 gf when it is completely immersed in water. Calculate the relative density of solid.

A certain block weighs 15N in air. But it weighs only 12N when completely immersed in water. When immersed in another liquid, it weighs 13N. Calculate the relative density of (1) the block and (ii) the liquid.

A body weighs W gf in air and W_(1) gf when it is completely immersed in water. Find (i) volume of the body (ii) upthrust on the body. (iii) relative density of material of the body.