How to differentiate between sol, solution and suspension?
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Answered by
56
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.
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.
Answered by
10
If you are talking about a true solution then: A true solution has solute particles in the range below 1nm, a Sol has solute particles in the range of 1-100nm, and a suspension has solute particles in the range greater than 100nm.
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