[" The arsenius sulphide sol has negative charge and "],[" the maximum coagulating power for precipitating it "],[" is of "]

The arsenious sulphide sol has negative charge . The maximum coagulating power for precipitiating it is of :

The arsenious sulphide sol has negative charge. The maximum coagulating power for precipitating it is of

Cadmium sulphide sol has negative charge. The maximum power of coagulation is of:

Cadmium sulphide sol has negative charge. The maximum power of coagulation is of:

The arsenous sulphide sol has -ve charge. The maximum power of precipitating is of:

In a colloidal state, the particle size of he dispersed phase ranges between 10^(3) to 10^(6) pm and the colloidal sol is of heterogeneous nature. Depending upon the ease with which these sols are formed, the colloidal sols are cassified as lyophilic and lyophobic. THe stability of a colloidal sol is due to the presence of charge on the sol particles and the neutralisation of the same is known as coagulation or precipitation. The coagulationg power of the active ions of he electrolytes can be compared with the help of Hardy-Schulze Law. The protecting power of the lyophilic sols can be compared with the help of gold number. Lesser the value of gold number, more will be the protecting power of the lyophilic sol. The areseneous sulphide sol has negative (-) charge. The maximum power to precipitate it is of :

An arsenious sulphide sol carries a negative charge the maximum precipitating power fo this sol is possessed by