Which of the following compounds is most stabilized by resonance?

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Question: Which of the following compounds is most stabilized by resonance?

Options:

Correct Answer: Benzene

Solution:

Benzene is highly stabilized by resonance due to its delocalized pi electrons.

Which of the following compounds is most stabilized by resonance?

Which of the following compounds is most stabilized by resonance?

Step 1: Understand what resonance means. Resonance is when electrons are shared between multiple atoms in a molecule, creating stability.
Step 2: Identify the compounds given in the question. Look for compounds that have double bonds or lone pairs that can participate in resonance.
Step 3: Check if the compound has a cyclic structure. Compounds like benzene have a ring structure that allows for more resonance.
Step 4: Look for delocalized pi electrons. These are electrons that are not fixed between two atoms but are spread out over several atoms.
Step 5: Compare the stability of the compounds based on their ability to delocalize electrons. The more ways electrons can be shared, the more stable the compound is.
Step 6: Conclude that benzene is the most stabilized by resonance because it has a perfect structure for delocalizing its pi electrons.

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