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Anomalous Behaviour of Fluorine

Why tricyclop...

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Why tricyclopropyl carbocation is more stable than triphenylcarbocation. Triphenylcarbocation should be more stable since it has resonance instead of tricyclopropyl carbocation

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-methyl benzyl carbocation (I) is more stable than benzyl carbocation (II). Reason: Heterovalent or no bond resonance.

Q. A benzyl carbocation is more stable than a methyl carbocation because of which of the following?

Q. A tertiary carbocation is more stable than the seondary carbocation because of which one of the following?

Q. Out of the following carbocations, how many are more stable than the benzyl carbocation?

Q. The false statements among the following are:
I. A primary carbocation is less stable than a tertiary carbocation.
II. A cyclopropyl methyl carbocation is less stable than allyl carbocation.
III. A tertiary free radical is more stable than a primary free radical.
IV. Isopropyl carbanion is more stable than ethyl carbanion.

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