A solid weighs 32 gf in air and 28.8 gf in water.
Find the volume of solid

A solid weighs 32 gf in air and 28.8 gf in water. Find the weight of solid in a liquid of density 0.9 "g cm"^(-3)

A solid weighs 32 gf in air and 28.8 gf in water. Find R.D. of solid

A body weighs 20 gf in air and 18.0 gf in water. Calculate relative density of the material of body.

A metallic sphere weighs 35 g in air and 28.5 g water. Find its relative density and also find weight in a liquid of relative density 0.9.

A solid weighs 30 gf in air and 26 gf when completely immersed in a liquid of relative density 0.8. Find : (i) the volume of solid, and (ii) the relative density of solid.

A body weighs 550 gf in air and 370 gf in water when it is completely immersed in water. Find the upthrust on the body.

A body weighs 550 gf in air and 370 gf in water when it is completely immersed in water. Find the volume of the body. (density of water = 1 g cm^(-3) )

An irregular piece of metal weighs 10.00g in air and 8.00g when submerged in water (a) Find the volume of the metal and its density. (b) If the same piece of metal weighs 8.50g when immersed in a particular oil. What is the density of the oil?

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

A body weighs W_(1) gf in air and when immersed in a liquid, it weighs W_(2) gf, while it weighs W_(3) gf on immersing it in water. Find (i) Volume of the body (ii) upthrust due to liquid (iii) relative density of the solid and (iv) relative density of the liqudi.