The processes that occur beyond the CCC in these compounds are irreversible, and these compounds are described by the Schulze-Hardy rules.
The processes that occur beyond the CCC in these compounds are irreversible, and these compounds are described by the Schulze-Hardy rules. The stability of these systems is described as a sum of its electrostatic repulsions and Van der Waals attractions by one theory, and these compounds are classified as lyophilic or lyophobic. The electric potential at double layers in these compounds is quantified as its (*) zeta potential. The aggregation of destabilized particles in these systems occurs during flocculation. The dispersal of light in these compounds is called the Tyndall effect. For 10 points, name these systems whose types include aerosols, gels and emulsions, exemplified by milk.
The processes that occur beyond the CCC in these compounds are irreversible, and these compounds are described by the Schulze-Hardy rules.
colloids [accept specific types like aerosols, gels, or emulsions before mentioned]