In which of the following does resonance delocalization of electron density not play a role? A)allyl cation B)benzyl anion C)CO₃^2- D)O₃ E)cyclohexyl radical

Question

Quizplus · Accepted Answer

Resonance delocalization of electron density is a concept that applies to molecules or ions where electrons (particularly π electrons) can be distributed over two or more atoms, creating structures that are hybrids of multiple Lewis structures. In the case of the allyl cation, benzyl anion, and the molecules represented by chemical markup (which are not directly interpretable but likely intended to represent molecules with conjugated systems), resonance plays a significant role in stabilizing the species by delocalizing the charge or unpaired electron over several atoms. However, in the case of the cyclohexyl radical, there is no conjugated system present for the delocalization of the unpaired electron; thus, resonance does not play a role in its stabilization.

In Which of the Following Does Resonance Delocalization of Electron