A compound `MX_(2)`has observed and normal molar masses `65.6 and 164`respectively .Calculated the apparent degree of ionization of `MX_(2)`:

The values of observed and normal molar masses of acetic acid are 118 and 60 respectively. The Van't Hoff factor is

Calculate the molar mass of CO_2 .

The values of observed and calculated molecular mass of Ca(NO_3)_2 are 65.4 and 164 g mol^-1 respectively. The degree of dissociation of Ca(NO_3)_2 will be

The values of observed and calculated molar masses of \(Ca(NO_{3})_{2}\) are respectively 65.6 and 164.The percentage of dissociation of \(Ca(NO_{3})_{2}\) is x %.Here x is

The values of observed and calculated molecular weights of calcium nitrate are respectively 65.6 and 164. The degree of dissociation of calcium nitrate will be:

The values of observed and calculated molecular weights of calcium nitrate are respectively 65.6 and 164 . The degree of dissociation of calcium nitrate will be:

If M_("normal") is the normal molecular mass and alpha is the degree of ionization of K_(3)[Fe(CN)_(6)] , then the abnormal molecular mass of the complex in the solution will be :