Answer:
London dispersion < dipole-dipole < hydrogen-bonding < ionic
Explanation:
Inter-molecular forces of attraction are the forces that facilitate interaction between the solute and solvent molecules and affect their solubility. They broadly classified as follows:
Ionic: This is the strongest force of attraction which exist between a charged atoms or molecules i.e. positive and negative ions.
Hydrogen bonds: These are forces of attraction which operate in molecules containing an electronegative atom like oxygen, nitrogen or fluorine directly attached to a hydrogen atom.
Dipole-dipole: These operate in molecules which have a permanent dipole i.e. between polar molecules
Dispersion or London forces: This is the weakest intermolecular force which occurs in non-polar molecules through the creation of an instantaneous or a temporary dipole
The order of inter-molecular forces from weakest to strongest is:
London dispersion < dipole-dipole < hydrogen-bonding < ionic
Answer:
London dispersion < dipole-dipole < hydrogen-bonding < ionic
Explanation:
ei ei o
