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The actual particle size of suspension is 100 nm or 1000 nm

Answer» The size of particles of suspension is large enough to be visible from naked eyes. They are greater than 1 nanometre (10−910-9\xa0metre).\xa0General Characteristics of Suspension:Suspensions are heterogeneous mixture of two or more substances.Particles of solute do not dissolve in solvent rather they remain suspended in bulk throughout.The size of particles of suspension is large enough to be visible from naked eyes. They are greater than 1 nanometre (10−910-9\xa0metre).Suspension shows Tyndall effect because of their large size of particles.When suspension is left for some time, particles get settled in bottom.Therefore, suspension is not stable.The particles of suspension can be separated through the process of filtration.Suspension does not scatter light when particles are settled because in this case suspension breaks.Milk of magnesia, fog, mixture of chalk and water, etc. are some examples of suspension.
The size of particles of suspension is large enough to be visible from naked eyes. They are greater than 1 nanometre (10−910-9\xa0metre).\xa0General Characteristics of Suspension:\tSuspensions are heterogeneous mixture of two or more substances.\tParticles of solute do not dissolve in solvent rather they remain suspended in bulk throughout.\tThe size of particles of suspension is large enough to be visible from naked eyes. They are greater than 1 nanometre (10−910-9\xa0metre).\tSuspension shows Tyndall effect because of their large size of particles.\tWhen suspension is left for some time, particles get settled in bottom.\tTherefore, suspension is not stable.\tThe particles of suspension can be separated through the process of filtration.\tSuspension does not scatter light when particles are settled because in this case suspension breaks.\tMilk of magnesia, fog, mixture of chalk and water, etc. are some examples of suspension.


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