If the dissociation constants of two weak acids `HA_(1)` and `HA_(2)` are `K_(1)` and `K_(2)`, then the relative strengths of `HA_(1)` and `HA_(2)` are given by

The dissociation constant of two weak acids are k_(a_(1)) & k_(a_(2)) respectively. Their relative strength is -

The dissociation constants of two acids HA_(1) and HA_(2) are 3.0xx10^(-4) and 1.8xx10^(-5) respectively. The relative strengths of the acids will be approximately

The dissociation constant of two acids HA_(1) " and " HA_(2) are 3.14 xx 10^(-4) " and " 1.96 xx 10^(-5) respectively . The relative strength of the acids will be approximately

If the dissociation constants of two substances are K_(1) " and " K_(2) respectively , then the ratio of degree of dissociation for a given concentration , is given by

The dissociation constant of two acids HA_(1) and HA_(2) are 4.5 xx 10^(-4) and 1.8 xx 10^(-5) respectively. If both are having equal concentrations the relative strength of acids is

The ratio of dissociation constant of two weak acids HA and HB is 4. At what molar concentration ratio, the two acids will have same pH ?

% dissociation of a 0.024M solution of a weak acid HA(K_(a)=2xx10^(-3)) is :