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How many of the following interactions are involved during the dissolution of an ionic compound in water, after the solution is obtained? (a) solute-solute, (b) solute-solvent, (c) solvent-solvent, (d) ion-ion, (e) ion-dipole, (f) ion-induced dipole, (g) dipole-induced dipole, (h) dipole-dipole, (i) London forces

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answer is 9.

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Detailed Solution

If a solute can dissolve in a certain solvent A, this indicates that the solute and solvent A have formed stable intermolecular bonds that allow for successful dissolution.

Ionic compounds dissolve in water because the water molecules hydrate the ions.

(e) Ion-dipole interactions of ion of compound with dipole of water is needed.

(h) Dipole-dipole interactions, if ionic compound has dipole, then dipole-dipole interactions also come into effect

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