Benzene's reactivity arises from its unique ring structure and the delocalized pi-electron system, defining it as an aromatic compound. it plays a crucial role in understanding aromatic compounds and their reactions.

He discovered benzene and benzene is a parent compound. It’s important in the production of medicine, plastics, oil, and synthetic rubber

I suggested the structure for benzene. I am from Germany

German organic chemist, principle founder

Stability and structure got problem

Useful in synthesis of plastic and medicine

He discovered the ring structure benzene (6 carbon ring) in 1965

Because his model suggests that there are 2 different types of C-C bonds in benzene (double bond and single bond) but all carbon-carbon bond lengths in benzene are equal

For understanding aromatic compounds and reactions

benzene rarely undergoes addition recations even though it has three double bonds. instead it undergoes substitution.

Benzene shape is planar, but C-C and C=C are different lengths. The hexagon is irregular.

Used in the production of medicines, plastics, oil, synthetic rubber and dyes!

His most important single contribution was his structural theory of organic composition

His initial benzene ring structure had the same bond length for all bonds however this would not be the case as there are single bonds and double bonds in the benzene ring structure. Further the benzene structure were all the same which would not be right.

it’s important as it is use as a starting material for a wide range of chemicals which feed into major industrial manufacturing processes like making plastics,foams,dyes etc

Kekule is a chemist and published a French paper that suggests the structure of benzene (six-membered ring of carbon atoms with alternating single and double bonds)

Benzene bond have the same length hence cannot be both double bonds and single bonds ina sing,e molecule.