What is the difference between true solutions, suspensions and colloids ?
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hey guys true solution is a homogeneous mixture. colloidal solution it appears to be homogeneous but it is heterogeneous .suspension it is heterogeneous
true solution--particles are very small they cannot be seen by a powerful microscope.colloids--can be see by microscope.suapension--can be seen by naked eye
true solution--particles are very small they cannot be seen by a powerful microscope.colloids--can be see by microscope.suapension--can be seen by naked eye
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Hey here's ur Answer
• True solutions are the homogeneous mixtures in which solute particles are very very small to seen by naked eyes and to show Tyndall Effect. They can't be filtered. The solute particles do not settle at the bottom when left undisturbed.
• Colloid appear to be homogeneous but are actually heterogeneous. The size of the particle is very small to be seen with naked eyes but are enough to scatter a beam of light passing through it ( it means to show tyndall effect). They cannot be filtered and do not Settle Down When left undisturbed.
• Suspensions are the heterogeneous mixtures in which the particles of solute are suspended in bulk of the medium. The size of the particles is enough big to seen by naked eyes and to show tyndall effect. They can be filtered easily and they settle down when left undisturbed.
- Abhina¥ $ingh
• True solutions are the homogeneous mixtures in which solute particles are very very small to seen by naked eyes and to show Tyndall Effect. They can't be filtered. The solute particles do not settle at the bottom when left undisturbed.
• Colloid appear to be homogeneous but are actually heterogeneous. The size of the particle is very small to be seen with naked eyes but are enough to scatter a beam of light passing through it ( it means to show tyndall effect). They cannot be filtered and do not Settle Down When left undisturbed.
• Suspensions are the heterogeneous mixtures in which the particles of solute are suspended in bulk of the medium. The size of the particles is enough big to seen by naked eyes and to show tyndall effect. They can be filtered easily and they settle down when left undisturbed.
- Abhina¥ $ingh
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