C6H5OH
The Lewis structure of carbolic acid is relatively simple. It is composed of a ring of carbon molecules with hydrogen bonded to five of them and a hydroxide molecule bonded to the sixth. The ring structure contains three double bonds. It is a polar molecule. Due to the fact that it possess a ring structure, it is cyclic and thus has no AX form. As it is polar and contains hydrogen atoms, its intermolecular forces when bonding with other molecules can be dispersion, dipole-dipole, or hydrogen bonding. Two of these forces, dipole-dipole and hydrogen bonding are illustrated below. Dispersion has not been illustrated due to the fact that it occurs in all bonds.
Intermolecular forces
The topmost image represents dipole-dipole bonding and the bottom image represents hydrogen bonding. In dipole-dipole bonding, the two atoms are attracted to each other at the poles. In hydrogen bonding, the hydrogen in OH is attracted to the oxygen in carbolic acid and forms a bond.