The Kekule’s model was disapproved as analytical techniques were used to find its properties and characteristics. The following were the main differences: Kekule’s structures with three single and three double carbon to carbon bonds suggested a non symmetrical structure with 3 shorter bonds. However, benzene molecule was found to be a palnar, perfectly symmetrical molecule, suggesting all bonds are identical and equal in length. According to Kekule’s structure, a benzene molecule has three C=C double bonds and should, therefore, undergo electrophilic addition reaction. However, benzene does not undergo electrophilic addition reactions.