How many distinct hyperconjugative canonical structures (no-bond resonance forms) can theoretically β GOC and Organic Chemistry Basics Chemistry Question
Question
How many distinct hyperconjugative canonical structures (no-bond resonance forms) can theoretically be drawn for a simple ethyl carbocation ($CH_3-CH_2^+$)?
Answer: 3
π‘ Solution & Explanation
The number of hyperconjugative structures for a carbocation or free radical is exactly equal to the number of $\alpha$ -hydrogens present. The ethyl carbocation possesses one adjacent $\alpha$ -carbon atom (a methyl group) bearing exactly 3 hydrogen atoms. Thus, 3 no-bond forms can be drawn.
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