Question

5 point difference between homogenous and heterogeneous mixtures

Answer 1

Hey friend,
Here is the answer you were looking for:Homogenous mixture:
I) The mixture which are completely mixed together and are indistinguishable are homogenous mixture.
II) Homogenous mixture can pass through the filter paper, so it cannot be separated by the process of filtration.
III) The size of particles of homogenous mixture is extremely small. It is smaller than 1nm( 1nm = 10^9 m)
IV) It doesn't scatter light.
V) The particles of homogenous mixture cannot be seen with a microscope.
Some examples of homogenous mixtures are sugar solution, salt solution, soda water and mixture of alcohol and water.

Heterogenous mixture:
I) The mixtures in which the substances remain separated are called heterogenous mixture.
II) Heterogenous mixture cannot pass through the filter paper, so it can seperate through the process of filtration.
III) The size of particles of heterogenous mixtures are quite large. It is larger than 10nm.
IV) It scatters a beam of light.
V) The particles of heterogenous mixtures can be easily seen with even naked eyes.
Some examples of heterogenous mixtures are chalk powder and water mixture, mixture of petrol and water, sugar and sand mixture & Hair spray.

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Answer 2

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Homogeneous Mixture :-

A mixture is said to be homogenous if all the components of the mixture are uniformly mixed and there are no visible boundaries of separation between them.

It is made up two or more substances when they are completely mixed together and do not react with each other.

Composition remains uniform throughout.

Component of the Mixture cannot be separated by visible boundaries.

Example: mixture of salt and water, ethanol with water.

Heterogeneous Mixture :-

A mixture is said to be heterogenous if all the components of the mixture are not uniformly mixed and there are visible boundaries of separation between between them

Substances remain separated from each other and one substance spreads throughly as tiny particles.

Composition doesn't remain uniform throughout.

Components of the mixture can be separated by visible boundaries.

Examples: Mixture of sand and sugar, chalk and water.