Van der Waals forces can best be described as the attractive or repulsive forces that are formed

between oppositely charged ions in a crystal.

during dipole-dipole interactions between molecules.

when molecules move apart in the absence of other forces.

by a random, short-lived redistribution of electrons.

Question

Chemistry

Reginald Khan

5 May, 13:57

Van der Waals forces can best be described as the attractive or repulsive forces that are formed

between oppositely charged ions in a crystal.

during dipole-dipole interactions between molecules.

when molecules move apart in the absence of other forces.

by a random, short-lived redistribution of electrons.

+2

Answers (2)

Know the Answer?

Payton Pittman · Answer 1

Correct answer: by a random, short-lived redistribution of electrons.

van der Waal's forces are the weak intermolecular forces of attraction or repulsions that are seen in all molecules, when they come close to each other. These forces of attraction or repulsion are due to the momentary charges that develop between the electron clouds of one atom and the nuclei of the other atom. Therefore, the van der Waal's forces are due to the instantaneous dipoles that are produced between two atoms close to each other, due to the redistribution of electron clouds.

Savanna Mercer · Answer 2

Vander Waals forces can best be described as the attractive or repulsive forces that are formed during dipole-dipole interactions between molecules.

Vander Waals forces arises from interaction between uncharged atoms or molecules and these are formed during dipole-dipole interactions between molecules. Vander waal forces are weak forces that vanishes when molecules moves apart.