ici has a higher boiling point than br2. what is the best explanation for this? br2 experiences dipole…

ici has a higher boiling point than br2. what is the best explanation for this? br2 experiences dipole - dipole interactions. ici experiences dipole - dipole interactions. br2 forms hydrogen bonds. ici experiences induced dipole - induced dipole interactions.

ici has a higher boiling point than br2. what is the best explanation for this? br2 experiences dipole - dipole interactions. ici experiences dipole - dipole interactions. br2 forms hydrogen bonds. ici experiences induced dipole - induced dipole interactions.

Answer

Answer:

ICl experiences dipole - dipole interactions.

Brief Explanations:

ICl is a polar molecule due to electronegativity difference, having dipole - dipole forces. $Br_2$ is non - polar with only London dispersion forces (induced dipole - induced dipole). Dipole - dipole forces are stronger than London dispersion forces, leading to ICl having a higher boiling point.