`K_(a1)`,`K_(a2)`and `K_(a3)` are the respective ionisation constants for the following reactions.
`H_(2)ShArrH^(+)+HS^(-)`,`HS^(-)hArrH^(+)S^(-2)`
`H_(2)ShArr2H^(+)+S^(2-)`
The correct relationship between `K_(a1)`,`K_(a2)`and `K_(a3)` is

K_(a_(1)), K_(a_(2)) and K_(a_(3)) are the respective ionisation constants for the following reactions. H_(2)S hArr H^(+)+HS^(-) HS^(-)hArr H^(+)+S^(2-) H_(2)S hArr 2H^(+)+S^(2-) The correct relationship between K_(a_(1)), K_(a_(2)) and K_(a_(3)) is

If K_(a_1),K_(a_2) and K_a_3) be the first, second and third dissociation constant of H_(3)PO_(4) and K_(a_1)gtgt K_(2_a) gtgtK_(a_3) whis is/are correct :

If K_(a_1),K_(a_2) and K_a_3) be the first, second and third dissociation constant of H_(3)PO_(4) and K_(a_1)gtgt K_(2_a) gtgtK_(a_3) whis is/are correct :

If K_(a_1),K_(a_2) and K_(a_3) be the first, second and third dissociation constant of H_(3)PO_(4) and K_(a_1)gtgt K_(2_a) gtgtK_(a_3) whis is/are correct :

For every diprotic acid of the type H_(2)X , how would you relate ionisation constant K_(a1) and K_(a2)