The stability of lyophobic colloid is a consequence of: (A) electrical double layer (B) van der Waals forces between the particles (C) small particle size (D) shape of the particle... The stability of lyophobic colloid is a consequence of: (A) electrical double layer (B) van der Waals forces between the particles (C) small particle size (D) shape of the particle.
Understand the Problem
The question is asking about the factors contributing to the stability of lyophobic colloids. It presents multiple-choice options related to different physical and chemical properties.
Answer
Electrical double layer.
The final answer is electrical double layer.
Answer for screen readers
The final answer is electrical double layer.
More Information
Lyophobic colloids are stabilized primarily by the formation of an electrical double layer, which helps prevent the particles from aggregating by maintaining electrostatic repulsion.
Tips
Confusing the stabilization mechanism with van der Waals forces is common. Remember that those forces are attractive, while the electrical double layer provides repulsion.
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