If x is the weight of an object in air and Y is its weight when completely immersed in water, then `(X)/(X-Y)`

A wire is suspended vertically from a rigid support. When loaded with a steel weight in air, the wire extends by 16cm . When the weight is completely immersed in Water, the extension is reduced to 14 cm . The relative density of the material of the weight is

A wire is suspended vertically from a rigid support. When loaded with a steel weight in air, the wire extends by 16cm . When the weight is completely immersed in Water, the extension is reduced to 14 cm . The relative density of the material of the weight is

Two objects losing the same weight when immersed in water must have the same

State whether True or False: if the weight of an objective is greater than buoynancy of that object it gets immersed in water.

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