The molecules in a sample of solid SO₂ are attracted to each other by a combination of A)London forces and H-bonding B)H-bonding and ionic bonding C)covalent bonding and dipole-dipole interactions D)London forces and dipole-dipole interactions E)none of these

Question

Quizplus · Accepted Answer

SO₂ is a non-polar molecule, implying that covalent bonding and dipole-dipole interactions cannot be present between the molecules. However, due to the presence of electron clouds, London dispersion forces will exist between the molecules. Additionally, the molecule contains polar bonds between the sulfur and oxygen atoms, which can result in a small dipole moment. This dipole can lead to dipole-dipole interactions between molecules. Therefore, the best choice is D - London forces and dipole-dipole interactions. H-bonding and ionic bonding are not present in SO₂.

The Molecules in a Sample of Solid SO2 Are Attracted

The Molecules in a Sample of Solid SO₂ Are Attracted