Answer :
The force that mediates a molecule's interaction with another molecule, including electromagnetic forces of attraction or repulsion, is known as an intermolecular force (IMF) or secondary force.
How does chromatography differ as a result of intermolecular forces?
Intermolecular forces, such hydrogen bonds and dipole-dipole interactions in chromatography, are another factor that aids in keeping the analyte attached to your column's stationary phase. The compound is kept in the column longer and with greater strength as a result of stronger intermolecular forces.
How is chromatography affected by the solvent?
We cannot separate a combination of components into their distinct components if the chromatography solvent is highly polar in nature. - The mixture of components cannot be separated into their individual components if the chromatography solvent is non-polar.
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