Haloalkanes have low solubility in water because energy is required to overcome attractions between haloalkane molecules and break hydrogen bonds in water. The new attractions between haloalkanes and water molecules are weaker than the original hydrogen bonds in water, resulting ...

Bromo, iodo, and polychloro derivatives of hydrocarbons are heavier than water, and their density increases with the number of carbon atoms, halogen atoms, and the atomic mass of the halogen atoms.

The symmetry of para-isomers allows for a better fit in the crystal lattice, resulting in higher melting points compared to their ortho- and meta-isomers.

Boiling points of alkyl halides decrease in the order: RI > RBr > RCl > RF. This trend is attributed to the increase in size and mass of the halogen atom, leading to stronger van der Waals forces.

Halogen derivatives have greater polarity and higher molecular mass compared to parent hydrocarbons, resulting in stronger intermolecular forces of attraction (dipole-dipole and van der Waals). This leads to higher boiling points in chlorides, bromides, and iodides compared to hydrocarbons of ...