The following carbocation is stabilized by th | vedclass

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(A) The given carbocation is the $1-$phenylethyl cation $(C_6H_5-CH^+-CH_3)$.This carbocation is stabilized by two main effects:$1$. Resonance: The em

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filled $\sigma$ and filled $\pi$ orbitals

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(A) The given carbocation is the $1-$phenylethyl cation $(C_6H_5-CH^+-CH_3)$.This carbocation is stabilized by two main effects:$1$. Resonance: The empty $p$ orbital on the carbocation carbon interacts with the filled $\pi$ orbitals of the benzene ring, allowing delocalization of the positive charge.$2$. Hyperconjugation: The empty $p$ orbital on the carbocation carbon interacts with the filled $\sigma$ orbitals (specifically the $C-H$ $\sigma$ bonds of the adjacent methyl group).Therefore, the stabilization occurs through the interaction of the empty $p$ orbital with filled $\sigma$ and filled $\pi$ orbitals.

The following carbocation is stabilized by the interaction of the empty $p$ orbital with:

Similar Questions

Compare the stability of the following free radicals:
$(1)$ $CH_3 - \dot{CH} - CH_3$
$(2)$ $C_6H_5 - \dot{CH_2}$
$(3)$ $\dot{CH_2} - CH(CH_3)_2$
$(4)$ $\dot{CH_2} - CH_3$

$2-$chloropentane on halogenation with chlorine gives $2,3-$dichloropentane. What will be the structure of the free radical species formed in the reaction?

How many carbon-hydrogen bond orbitals are available for overlap with the vacant $p$-orbital in ethyl carbocation?

Which of the following is the most stable carbocation?

Correct order of stability is

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