[" The coagulation of "200mL" of a positive colloid took place when "0.73g" HCI was added to it without changing the volume much.The flocculation value of HCI for "],[" the colloid is "]

The coagulation of 200 ml of a positive colloid took place when 0.73 g HCI was added to it without changing the volume much. The flocculation value of HCI for the colloid is

The coagulation of 200 mL of a positive colloid took place when 0.73 g HCl was added to it without changing the volume much. The flocculation value of HCl for the colloid is -

The coagulation of 200 mL of a positive colloid took place when 0.73 g HCl was added to it without changing the volume much. The flocculation value of HCl for the colloid is a. 36.5 , b. 100 , c. 200 , d. 150

The coagulation of 200 mL of a positive colloid took place when 0.73 g HCl was added to it without changing the volume much. The flocculation value of HCl for the colloid is a. 36.5 , b. 100 , c. 200 , d. 150

The coagulationof 200 mL of a positive sol took place when 0.73 g HCl was added to it without changing the volume much. The flocculation value of HCl for the colloid is :

The coagulation of 200 ml of a positive colloid took place when 0.73g HCI was added to it. The floculation value of HCI for the colloid is :

The coagulation of 200 ml of a colloidal solution of gold is completely prevented by adding 0.50 gm of starch to it before adding 1 ml of 10% NaCl solution. Calculate the gold number of starch.

The coagulation of 200 ml of a colloidal solution of gold is completely prevented by adding 0.50 gm of starch to it before adding 1 ml of 10% NaCl solution. Calculate the gold number of starch.