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 ?

The ratio of dissociaiton constant of two weak acids HA and HB is 4:1 .AT what initial molar concentration ratio of two acid solution,the two will have same pH in separate solutions.Assume negligible association of both acids in their solutions.

The ratio of dissociaiton constant of two weak acids HA and HB is 4:1 .AT what initial molar concentration ratio of two acid solution,the two will have same pH in separate solutions.Assume negligible association of both acids in their solutions.

What is dissociation constant of a weak acid (K_(a)) .

At a certain temperature, the ratio of ionisation constants of weak acids HA and HB is 100:1. if the molarity of the solution of HA is the samme as that of HB and the degrees of ionisation of HA and HB in their respective solutions are alpha_(1) and alpha_(2) respectively, then show that alpha_(1)=10alpha_(2) .

The dissociation constant of weak acid HA is 1 xx 10^(-5) . Its concentration is 0.1 M . pH of that solution is

Both HCOOH and CH_(3)COOH solutions have equal pH. If K_(1) // K_(2) ( ration of acid ionisation constants ) of these acids is 4, their molar concentration ratio will be

In a buffer solution consisting of a weak acid its salt, the ratio of concentration of salt to acid is increased tenfold, then the pH of the solution will: