When `I_(2)` is dissolved in `C Cl_(4)`, the colour that results is

When I_(2) is dissolved in C C l_(4) the colour that result is

When Al_(2)Cl_(6) is dissolved in water then

The vapour pressure of C Cl_4 at 25^@C is 143 mm Hg. If 0.5 gm of a non-volatile solute (mol.weight=65) is dissolved in 100g C Cl_4 , the vapour pressure of the solution will be

Vapour pressure of C CL_(4) at 25^@C is 143 mmHg 0.05g of a non-volatile solute (mol.wt.= 65 )is dissolved in 100ml C CL_(4) . find the vapour pressure of the solution (density of C CL_(4)=158g//cm^2 )

Vapour pressure of C CL_(4) at 25^@C is 143 mmHg 0.05g of a non-volatile solute (mol.wt.= 65 )is dissolved in 100ml C CL_(4) . find the vapour pressure of the solution (density of C CL_(4)=158g//cm^2 )

When alkali metal is dissolved in liquid NH_3 the blue colour of the dilute solution changes to bronze colour due to

When alkali metal is dissolved in liquid NH_3 the blue colour of the dilute solution changes to bronze colour due to

When sodium metal is dissolved in liquid ammonia, blue colour solution is formed. The blue colour is due to

When CS_(2) layer containing both Br_(2) and I_(2) is shaken with excess of Cl_(2) water, the violet colour due to I_(2) disappears and appereance of pale yellow colour is due to the formation of :