Question

Propene is an alkene with a double bond between 2 carbon atoms. C₃H₆

may have 2 resonance structures due to 2 possible placings of the double bond. E.g. it can be C=C-C or C-C=C (ignoring hydrogen atoms).

Delocalized electrons are a result of resonance structures. Can propene have delocalized electrons?

Answer 1

Yes, propene can have delocalized electrons. Delocalization occurs when there is a double bond between two carbon atoms, resulting in resonance structures. This allows for the delocalization of electrons and contributes to the stability of the molecule.

Step-by-step explanation:

Yes, propene can have delocalized electrons. Delocalization of electrons occurs when pi (π) bonds are present in a molecule. In propene, there is a double bond between two carbon atoms, which consists of one sigma (σ) bond and one pi (π) bond.

The pi (π) bond allows for the delocalization of electrons over a larger area, resulting in resonance structures. Resonance structures involve shifting of electrons and contribute to the stability of the molecule.

Therefore, propene can have delocalized electrons due to the presence of a pi (π) bond in its structure.