Question

how are sol, solution and suspension different from each other
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Answer 1

Answer:

Step-by-step explanation:

SOLUTION:

 1.Homogenous mixture.

 2.Particles are smaller than 1 nm ,they are not visible to naked eye.

 3.They do not scatter a beam of light.

 4. Solute particles cannot be separated by the process of filtration and sedimentation.

SOL:

1.Heterogenous mixtures.

2.The size of the particles is to small to seen by naked eye.

3.They scatter a beam of light passing through them.

4.Solute particles cannot be separated by the process of filtration and sedimentation.

SUSPENTION:

1.Heterogeneous mixtures.

2.Particles are visible to naked eye.

3.They scatter a beam of light passing through them.

4.Solute particles can be separated by the process of filtration and sedimentation.

Answer 2

Answer:

1. Sol is a heterogeneous mixture. In this mixture, the solute particles are so small that they cannot be seen with the naked eye. Also, they seem to be spread uniformly throughout the mixture. The Tyndall effect is observed in this mixture. For example: milk of magnesia, mud.
2. Solution is a homogeneous mixture. In this mixture, the solute particles dissolve and spread uniformly throughout the mixture. The Tyndall effect is not observed in this mixture. For example: salt in water, sugar in water, iodine in alcohol, alloy.
3. Suspensions are heterogeneous mixtures. In this mixture, the solute particles are visible to the naked eye, and remain suspended throughout the bulk of the medium. The Tyndall effect is observed in this mixture. For example: chalk powder and water, wheat flour and water.