[" Q8.A compound MX "_(2)" has "],[" observed and normal molar "],[" masses "65.6" and "164],[" respectively.The degree of "],[" ionisation of "MX_(2)" is: "]

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

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

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:

An aqueous solution of a salt MX_(2) at certain temperature has a van'f Hoff factor of 2. The degree of dissociation for this solution of the salt is: