The behavior of particles in a colloidal solution versus a suspension is due to the size of the particles and the forces acting on them.

1. Particle Size: In a colloidal solution, the particles are much smaller than in a suspension. The size of particles in a colloidal solution ranges from 1 to 1000 nanometers, while in a suspension, the particle size is larger than 1000 nanometers.

2. Brownian Motion: The small size of colloidal particles allows them to be continuously jostled by the random motion of the molecules of the dispersion medium (like water). This random motion, known as Brownian motion, prevents the particles from settling.

3. Charge on Particles: Colloidal particles often carry an electric charge, which causes them to repel each other and not come together to form larger particles that can settle out.

In contrast, the particles in a suspension are larger and are not stabilized by Brownian motion or electrical charges. Therefore, they are influenced more by gravity and tend to settle out when left undisturbed.

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The behavior of particles in a colloidal solution versus a suspension is due to the size of the particles and the forces acting on them.

1. Particle Size: In a colloidal solution, the particles are much smaller than in a suspension. The size of particles in a colloidal solution ranges from 1 to 1000 nanometers, while in a suspension, the particle size is larger than 1000 nanometers.

2. Brownian Motion: The small size of colloidal particles allows them to be continuously jostled by the random motion of the molecules of the dispersion medium (like water). This random motion, known as Brownian motion, prevents the particles from settling.

3. Charge on Particles: Colloidal particles often carry an electric charge, which causes them to repel each other and not come together to form larger particles that can settle out.

In contrast, the particles in a suspension are larger and are not stabilized by Brownian motion or electrical charges. Therefore, they are influenced more by gravity and tend to settle out when left undisturbed.

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The behavior of particles in a colloidal solution versus a suspension is due to the size of the particles and the forces acting on them.

1. Particle Size: In a colloidal solution, the particles are much smaller than in a suspension. The size of particles in a colloidal solution ranges from 1 to 1000 nanometers, while in a suspension, the particle size is larger than 1000 nanometers.

2. Brownian Motion: The small size of colloidal particles allows them to be continuously jostled by the random motion of the molecules of the dispersion medium (like water). This random motion, known as Brownian motion, prevents the particles from settling.

3. Charge on Particles: Colloidal particles often carry an electric charge, which causes them to repel each other and not come together to form larger particles that can settle out.

In contrast, the particles in a suspension are larger and are not stabilized by Brownian motion or electrical charges. Therefore, they are influenced more by gravity and tend to settle out when left undisturbed.

Explain why particles of a colloidal solution do not settle down when leftundisturbed, while in the case of a suspension they do.

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