[" For which of the following sol,flocculating power of ions "],[" is in the order: "Al^(3+)>Ba^(2+)>Na^(+)?]

Which of the following ions has the least flocculating power?

Which of the following has maximum value of flocculating power?

Assertion : In the coagulation of a negative sol the flocculating power is in the order : Al^(3+) gt Ba^(2+) gt Na^(+) Reason : Greater the valence of the flocculating ion added, greater is its power to cause precipitation.

Assertion : In the coagulation of a negative sol the flocculating power is in the order : Al^(3+) gt Ba^(2+) gt Na^(+) Reason : Greater the valence of the flocculating ion added, greater is its power to cause precipitation.

Assertion: In the coagulation of a negative sol the flocculationg power is in the order: Al^(3+)gtBa^(2+)gtNa^(+) Reason: Greater the valence of the flocculating ion added, greater is its power to cause precipitation.

The coagulating power of ions, for a negative sol changes in the order

Which of the following ions has maximum flocculation value?

Which of the following ions has maximum flocculation value?

The existence of charge on colloidal particles is confirmed by electrophoresis experiment. In the coagulation of,a negative sol, the coagulating power is in the order AI^(3+) > Ba(2+) > Na^+ . Name and state the rule behind this?