Statement-1: In the coagulation of negatively charged arsenic sulphide sol, the coagulating power decreases in the order, `Al^3gtBa^(2+)gtNa^+`
Statement-2 : Generally greater the valence of coagulating ion, the greater is its power of coagulation.

Statement- 1: In the coagulation of negatively charged arsenic sulphide sol, the coagulating power decreases in the order Al^(3+) gt Ba^(2+) gt Na^(+) . Statement- 2: Generally greater the valency of coagulating ion, the greater is its power of coagulation.

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.

Greater the flocculation value of an electrolyte, greater is its coagulating power.

The coagulating power of an electrolyte for arsenious sulphide sol decreases in the order :

The coagulation power of an electrolyte for arsenous suphide sol is maximum for :

The coagulating power of an electrolyte for arsenious sulphide sol decreases in the order:

The coagulating power of an electrolyte for arsenious sulphide sol decreases in the order,