Which of the following is most effective for coagulation of positively charged colloid?
Which of the following is most effective for coagulation of positively charged colloid?
The correct option is A K3PO4
The coagulation capacity depends upon the
valency of the active ion, called flocculating ion, which is the ion carrying
charge opposite to the charge on the colloidal particles. “According to Hardy
Schulze rule, greater the valency of the active ion or flocculating ion,
greater will be its coagulating power” thus, Hardy Schulze law states:
(i) The ions carrying the charge opposite
to that of sol particles are effective in causing coagulation of the sol.
(ii) Coagulating power of an electrolyte is
directly proportional to the valency of the active ions (ions causing
coagulation).
Similarly, to coagulate a positive sol such
as Fe(OH)3 , Similarly, to coagulate a positive sol such as
PO−43>SO−42>Cl−.
The coagulation capacity depends upon the valency of the active ion, called flocculating ion, which is the ion carrying charge opposite to the charge on the colloidal particles. “According to Hardy Schulze rule, greater the valency of the active ion or flocculating ion, greater will be its coagulating power” thus, Hardy Schulze law states:
(i) The ions carrying the charge opposite to that of sol particles are effective in causing coagulation of the sol.
(ii) Coagulating power of an electrolyte is directly proportional to the valency of the active ions (ions causing coagulation).
Similarly, to coagulate a positive sol such as Fe(OH)3 , Similarly, to coagulate a positive sol such as
PO−43>SO−42>Cl−.
