Pure water is added drop by drop to a vessel of volume V filled with a salt solution of specific gravity `gamma` which is allowed to overflow. Find the specific gravity of the solution when a volume U of water hs been poured.

A vessel of volume V_(0) is completely filled with a salt solution having specific gravity sigma_(0) . Pure water is slowly added drop by drop to the container and the solution is allowed to overflow. (a) Find the specific gravity of the diluted solution in the contaienr when a volume V of pure water has been added to it. (b) If sigma_(0)=1.2 then find the specific gravity of the solution in the container after a volume V_(0) of pure water has been added to it. (c) Plot the variation of sigma with V.

A vessel of 4m^(3) volume contains an oil which weight 30.2kN. Determine the specific gravity of the oil.

A solution of acid having 62% by mass of acid has specific gravity of 1.8 g. If the solution is to be diluted to attain a specific gravity of 1.2 then what volume of water should be added to 100 ml of this solution?

A solution of acid having 62% by mass of acid has specific gravity of 1.8 g. If the solution is to be diluted to attain a specific gravity of 1.2 then what volume of water should be added to 100 ml of this solution?

A piec of wax of volume 22 cc floats in water with 2 cc above the surface . Find the weight and specific gravity of wax.

An object floats in water such that half of its volume is immersed in it. The specific gravity of the object is _____.

A drop of oil rises through water with an acceleration alphag . If alpha is a constant quantity and g is the acceleration due to gravity, find the specific gravity of the oil. Neglect the friction of water.

A block weight 15 N in air and 12 N when immersed in water find the specific gravity gravity of block.

A block weight 15 N in air and 12 N when immersed in water find the specific gravity gravity of block.