Chromatography separates a mixture of pigments, usually in inks. You can separate colours in food and felt tips. The different solubilities of the different ink pigments, make some rise above others so you can see them clearly.
Gas liquid chromatography specifically sepatates lipids.
Chromatography
Chromatography is the method used to separate a mixture of dyes or inks.
analysis of a mixture through chromatography :)
In Gas Chromatography, before you can correctly separate and identify the components, you need to vapourise the mixture first. How fast a substance vaporises is dependent on their vapour pressure. In Liquid Chromatography, there is no need to vapourise the mixture and hence vapour pressure is not important here.
Gas liquid chromatography specifically sepatates lipids.
Chromatography
chromatography.
The chemist will now separate the complex mixture by utilizing a method known as chromatography.
Chromatography is the method used to separate a mixture of dyes or inks.
analysis of a mixture through chromatography :)
In Gas Chromatography, before you can correctly separate and identify the components, you need to vapourise the mixture first. How fast a substance vaporises is dependent on their vapour pressure. In Liquid Chromatography, there is no need to vapourise the mixture and hence vapour pressure is not important here.
Marker is NOT a homegeneous mixture. It is heteregeneous. The ink can be separated by chromatography.
First off is paper chromatography. Other types of Chromatography cover the rest.
seiving,evoparating,chromatography,filtering,condensing,
both the terms can be alternatively used but chromatography is seperation of mixture i.e. all the components in the mixture are seperated but in the extraction only the desired one is seperated
Filtration, evaporation, chromatography, and distillation are some physical processes to separate a mixture.