Mixtures are all able to be separated by exploiting some physical property. No chemical changes need be involved, so the substances will retain their chemical identity throughout the separation process. An example which could be separated by hand might be a dry mixture of salt and sand.
chromatography: Involves solvent separation on a solid medium.
chromatography: Involves solvent separation on a solid medium. distillation: Takes advantage of differences in boiling points.
chromatography: Involves solvent separation on a solid medium. distillation: Takes advantage of differences in boiling points. evaporation: Removes a liquid from a solution to leave a solid material.
chromatography: Involves solvent separation on a solid medium. distillation: Takes advantage of differences in boiling points. evaporation: Removes a liquid from a solution to leave a solid material. filtration: Separates solids of different sizes.
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Answer:
Mixtures are all able to be separated by exploiting some physical property. No chemical changes need be involved, so the substances will retain their chemical identity throughout the separation process. An example which could be separated by hand might be a dry mixture of salt and sand.
Explanation:
https://www.chemteam.info/Matter/SeparationOfMixtures.html
Answer:
chromatography: Involves solvent separation on a solid medium.
chromatography: Involves solvent separation on a solid medium. distillation: Takes advantage of differences in boiling points.
chromatography: Involves solvent separation on a solid medium. distillation: Takes advantage of differences in boiling points. evaporation: Removes a liquid from a solution to leave a solid material.
chromatography: Involves solvent separation on a solid medium. distillation: Takes advantage of differences in boiling points. evaporation: Removes a liquid from a solution to leave a solid material. filtration: Separates solids of different sizes.
Explanation:
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