how do SOL solution and suspension differ from each other
Answers
1) The particles in a solution have a size of less than 1nm
2) Solutions is stable. It can't be separated from physics method
3) It doesn't show Tyndall effect
4) The boundary of solute is not clear in a solution
5) It is homogeneous mixture
Suspension
1) It has particle size more than 1nm
2) It is unstable. It can be separated by physical method
3) It shows tyndall effect until the particles settle down
4) The boundary is not clear
5) It is heterogeneous mixture
Collidol (SOL)
1) It shows tyndall effect
2) Particles size ranges between 10^-9 to 10^-7m
3) It doesn't has a clear boundary
4) It can't be separated by Physical method
5) It seems to be homogeneous but is actually heterogeneous
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Answer:
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♦ Solution ♦
✔A solution is a homogeneous mixture.
✔The size of solute particles is less than 10^-7cm.
✔The solute particles are not visible with the naked eye.
✔Solutions pass through the filter paper as a whole.
✔The solutions are very stable. The solute particles do not settle down on keeping.
✔Solutions do not show Tyndall effect.
♦ SOL or Coilloidal Solution ♦
✔A Sol appears to be homogeneous but is actually heterogeneous.
✔The size of colloidal particles is between 10^-4cm and 10-7cm.
✔Colloidal particles are not visible with the naked eye or a simple microscope.
✔Sols also pass through a filter paper.
✔Sols are also very stable. The colloidal particles do not settle on standing.
✔Sols scatter light and hence, show Tyndall effect.
♦ Suspension ♦
✔It is a heterogeneous mixture.
✔The size of suspended particles is 10^-3cm or more.
✔The suspended particles are visible to the naked eye.
✔The suspended particles are retained over the filter paper.
✔Suspensions are unstable. The suspended particles settle down on standing.
✔Suspensions may show Tyndall effect.
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