what is the base for classification of mixture into true solutions colloids and suspension
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The heterogeneous mixture of two or more substances, where the size of the particles lies between 1- 1000 nm, is known as a colloidal solution. The colloidal solution is the intermediate between true solution and suspension, though it is also in the liquid phase.
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The true solution is the homogenous mixture, while Colloidal solution and Suspension are the heterogeneous mixtures of two or more substances. Another difference between these three types of solution is that the True solution is transparent, while the Colloidal solution is translucent and Suspension is opaque.
Concerning chemistry, Solutions can be defined as the mixtures of two or more substances, where the solvent is in the liquid form, and the solute can be liquid, solid or gas. There are many different types of solutions and have many distinct features, but in a broad sense, they can be categorized as True, Colloidal or Suspension solutions.
On the ground of size of the particles, nature of the solution, the ability of diffusion and sedimentation these solutions can be defined. They (solutions) are also differentiated by Brownian motion and Tyndall effect.
The Brownian motion is the haphazard movements or motion of the particles in the solution, which is due to their collision. On the other hand, the Tyndall effect is the effect of a beam of light passed through the liquid, the particles present in it (liquid) may give different results.
In this post, we will be focussing on the points on which the three types of solutions differ, along with a summary on them.
Concerning chemistry, Solutions can be defined as the mixtures of two or more substances, where the solvent is in the liquid form, and the solute can be liquid, solid or gas. There are many different types of solutions and have many distinct features, but in a broad sense, they can be categorized as True, Colloidal or Suspension solutions.
On the ground of size of the particles, nature of the solution, the ability of diffusion and sedimentation these solutions can be defined. They (solutions) are also differentiated by Brownian motion and Tyndall effect.
The Brownian motion is the haphazard movements or motion of the particles in the solution, which is due to their collision. On the other hand, the Tyndall effect is the effect of a beam of light passed through the liquid, the particles present in it (liquid) may give different results.
In this post, we will be focussing on the points on which the three types of solutions differ, along with a summary on them.
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