If ionisation constant of an acid (HA) at equlibrium is `1.0xx10^(-8)` then colculte the value of `pK_(a) and pK_(b)` (for its conjugate base)

If ionisation constant of an acid (HA) at equlibrium is 1.0xx10^(-8) then calculate the value of pK_(a) and pK_(b) (for its conjugate base)

If ionisation constant of an acid (HA) at equilibrium is 1.0xx10^(-8) then calculate the value of pK_a and pK_b (for its conjugate base).

If ionisation constant of an acid (HA) at equilibrium is 1.0xx10^(-8) then calculate the value of pK_a and pK_b (for its conjugate base).

At 25^(@)C , the ionisation constant (K_(a)) of weak acid HA is 10^(-6) . What will the value of ionisationn constant (K_(b)) of its conjugate base (A^(-)) be at that temperature ?

Which acid has lowest value of pK_(a) ?

If K_(a)=10^(-5) for a weak acid, then pK_(b) for its conjugate base would be

If pK_(a) of a weak acid is 5, then pK_(b) of the conjugate base will