A metallic sphere of mass 3 kg in air is held by a string so as to be completely immersed in a liquid of relative density 0.8. The relative density of metallic sphere is 10. The tension in the string is :-

A silver ingot weighing 2.1 kg is held by a string so s to be completely immersed in a liquid of relative density 0.8 . The relative density of silver is 0.5 . The tension in the string in kg-wt is

A block of silver of mass 4 kg hanging from a string is immersed in a liquid of relative density 0.72 . If relative density of silver is 10 , then tension in the string will be

A silver block of mass 3.1 kg is connected to a string and is then immersed in a liquid of relative density 0.82 . Find the tension in the string , if relative density of silver is 10.5

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.

The mass of an empty bucket of capacity 10 litres is 1 kg. Find its mass when completely filled with a liquid of relative density 0.8.

A metal cube of 5cm side and relative density 9 is suspended by thread so as to be dompletely immersed in a liquid of density 1.2xx10^(3) "kg" m^(-3). Find the tension in the thread.

A spring balance shows 100 gf reading when a metallic sphere is suspended from its hook. When the completely immersed in water, the reading shown by the balance is 75gf. The relative density of the material of the sphere is

60cc of a liquid of relative densilty 1.4 are mixed with 40 cc of another liquid of relative density 0.8. The density of the mixture is

A solid cube of sides 2 cm each is suspended by a thread and completely immersed in a liquid of density 0.85 xx 10^3" kg/m"^3. What will be the tension in the thread if relative density of solid is 5?