* London Dispersion Forces: These are temporary, weak forces that arise from the constant movement of electrons within molecules. Even nonpolar molecules (like coniine) experience temporary fluctuations in electron distribution, creating temporary dipoles. These temporary dipoles can then induce dipoles in neighboring molecules, leading to a weak attractive force.
* Coniine Structure: Coniine is a relatively large organic molecule with a significant hydrocarbon chain. The larger the molecule and the greater its number of electrons, the stronger the London dispersion forces will be.
Therefore, even though coniine is a relatively nonpolar molecule, its size and the presence of electrons allow it to exhibit London dispersion forces, which will lead to some degree of intermolecular attraction between two coniine molecules.
