Comparing the energies of the following intermolecular forces on a kJ/mol basis, which would normally have the highest energy (i. e., be the strongest force) ?

A) ion-induced dipole

B) dipole-induced dipole

C) ion-dipole

D) dipole-dipole

E) dispersion

Question

Chemistry

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30 December, 14:17

Comparing the energies of the following intermolecular forces on a kJ/mol basis, which would normally have the highest energy (i. e., be the strongest force) ?

A) ion-induced dipole

B) dipole-induced dipole

C) ion-dipole

D) dipole-dipole

E) dispersion

+1

Answers (1)

Know the Answer?

Aaron Ingram · Answer 1

Answer: option C, ion-dipole

Explanation:

Since the order of intermolecular forces is as follows

Ion-dipole > Hydrogen bonding> Dipole-dipole> dipole - induced dipole> ion induced dipole> dispersion forces

Comparing the energies of the following intermolecular forces on a kJ/mol basis, which would normally have the highest energy (i. e., be the strongest force) ?A) ion-induced dipoleB) dipole-induced dipoleC) ion-dipoleD) dipole-dipoleE) dispersion

Comparing the energies of the following intermolecular forces on a kJ/mol basis, which would normally have the highest energy (i. e., be the strongest force) ?

A) ion-induced dipole

B) dipole-induced dipole

C) ion-dipole

D) dipole-dipole

E) dispersion