Mole fraction of `I_2` in `C_6H_6` is 0.2. Calculate molality of I2 in `C_6H_6`.

Mole fraction of I_(2) in C_(6) H_(6) is 0.2. Calculate molality of I_(2) in C_(6) H_(6) . (Mw of C_(6) H_(6) = 78 g mol^(-1))

Mole fraction of I_(2) in C_(6) H_(6) is 0.2. Calculate molality of I_(2) in C_(6) H_(6) . (Mw of C_(6) H_(6) = 78 g mol^(-1))

Mole fraction of I_(2) in C_(6) H_(6) is 0.2. Calculate molality of I_(2) in C_(6) H_(6) . (Mw of C_(6) H_(6) = 78 g mol^(-1))

Molefraction of I_(2) in C_(6)H_(6) is 0.2. The molality of I_(2) in C_(6)H_(6) is

The mole fraction of a given sample of I_(2) " in " C_(6)H_(6) " is " 0.2 . The molality of I_(2) " in " C_(6) H_(6) is:

The mole fraction of glucose (C_6H_12O_6) in aqueous solution is 0.2, then molality of solution is 0.2, then molality of solution will be

The number of C-H bonds in C_2H_6 is 6.

The equilibrium constant for the reaction , 3C_2H_2 hArr C_6H_6 is 4.0 at T K. If the equilibrium concentration of C_2H_2 is 0.5 mole/litre the concentration of C_6H_6.

At 25^@C the vapour prssure of benzene , C_(6)H_(6)(78g//mol e) ,is 93.2 torr and that of toluene , C_(7)H_(8)(92g//mol) ,is 28.2 torr .A solution of 1.0 mole fo C_(6)H_(6) and 1.0 mol of C_(7)H_(8) id prepared. Calculate the mole fraction of C_(6)H_(6) in the vapour above this solution (assume the solution is ideal.)