Difference between MIXTURE and SOLUTION

Difference between MIXTURE and SOLUTION
1	Elements or compounds are mixed together to form a mixture; But no new compound is formed.	Elements process new compounds with each other.
2	The structure of the mixture is variable.	The proportions of the newly formed substance are always fixed.
3	The mixture shows the properties of the constituent particles (constituent substances) contained in it.	The properties of the newly formed substance are completely different from the properties of the original substance.
4	Its components can be easily separated by physical methods.	Its components are separated only by chemical or electrochemical processes can be.

• A mixture consists of more than one substance (element and or compound) mixed in any proportion. The mixture can be separated into its pure substances by proper separation methods. 

• A solution is a mixture of two or more substances. The component that is more in solution is called solvent and the component that is less is called soluble. 

• The amount of solute dissolved in a unit size solution or a unit weight solvent is called the concentration of the solution. 

• Substances that are not soluble in solvents can be seen with the naked eye, forming a suspension. Suspension is a toxic mixture. 

 • Colloidal is a heterogeneous mixture in which the particles are so fine that they cannot be seen with the naked eye, but are so large that they can scatter light Colloidal is useful in industries and in everyday life.

• The microscopic particles in the calligraphy are called disruptive membranes and the medium in which these particles are expanded is called the disrupted medium. Pure substances can be elements or compounds. 

• An element is a form of matter that cannot be converted into simpler substances by chemical processes. A compound is a substance composed of two or more elements that are chemically connected in a certain (fixed) proportion. 

• The properties of compounds differ from those of constituents, while the properties of compounds are the same as those of constituents or compounds.