The strength of elctrolytes is expressed in terms of degree of dissociation alpha For strong electrolyte alpha is close to oneand for weak electrolytes alpha is quite small. According to Ostwald Dilution Law alpha=sqrt((K)/(C)) For an acid [H^(+)] = sqrt(K_(a)C) For a base [OH^(-)] =sqrt(K_(b)C The relative strengths of acids or bases can be compared in terms of the square roots of their K_(a) " or " K_(b) values. At infinite dilution , the percentage ionisation of both strong and weak electrolytes is :

The strength of elctrolytes is expressed in terms of degree of dissoci

1.	The strength of elctrolytes is expressed in terms of degree of dissociation alpha For strong electrolyte alpha is close to oneand for weak electrolytes alpha is quite small. According to Ostwald Dilution Law alpha=sqrt((K)/(C)) For an acid [H^(+)] = sqrt(K_(a)C) For a base [OH^(-)] =sqrt(K_(b)C The relative strengths of acids or bases can be compared in terms of the square roots of their K_(a) " or " K_(b) values. At infinite dilution , the percentage ionisation of both strong and weak electrolytes is :
Answer» `1%` `20%` `50%` `100%` SOLUTION :Both strong and weak acidsare almost COMPLETELY ionised at infinite dilution.