SO2 -Dipole-Dipole because this force requires 2 polar molecules. Th.pdf

SO2 -Dipole-Dipole because this force requires 2 polar molecules. The polarity can be easily
determined from the bent shape of these molecules
HF - hydrogen bond
CH3OH - would have for example hydrogen bonding, dipole-dipole interactions, ionic bonds
CCl4 - dispersion forces
Solution
SO2 -Dipole-Dipole because this force requires 2 polar molecules. The polarity can be easily
determined from the bent shape of these molecules
HF - hydrogen bond
CH3OH - would have for example hydrogen bonding, dipole-dipole interactions, ionic bonds
CCl4 - dispersion forces.

1. SO2 -Dipole-Dipole because this force requires 2 polar molecules. The polarity can be easily
determined from the bent shape of these molecules

HF - hydrogen bond

CH3OH - would have for example hydrogen bonding, dipole-dipole interactions, ionic bonds

CCl4 - dispersion forces

Solution

SO2 -Dipole-Dipole because this force requires 2 polar molecules. The polarity can be easily
determined from the bent shape of these molecules

HF - hydrogen bond

CH3OH - would have for example hydrogen bonding, dipole-dipole interactions, ionic bonds

CCl4 - dispersion forces