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Heterolytic fission of a covalent bond l...

Heterolytic fission of a covalent bond leads to the formation of charged species

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AAKASH SERIES-GENERAL ORGANIC CHEMISTRY-Subjective Exercise -8
  1. Homolytic fission of a covalent bond leads to the formation of neutral...

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  2. Homolytic fission is favoured by conditions such as non-polar nature o...

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  3. Heterolytic fission of a covalent bond leads to the formation of charg...

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  4. The Hetrolytic fission will be favoured by polar nature of the bond, ...

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  5. Carbocation is a group of atoms that contains a carbon atom bearing po...

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  6. The positively charged carbon atom in the carbocation is in sp^(2) hyb...

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  7. Order of stability of carbocations is: R(3)C^(+) gt R(2)overset(+)C H ...

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  8. The stability order can be explained by hyper conjugation and also by ...

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  9. Carbanion is a group of atoms that contains a carbon atom bearing nega...

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  10. The negatively charged carbon atom in the carbanion is in sp^(3) hybri...

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  11. The stability order of carbanions is: CH(3)^(-) gt CH(3)CH(2)^(-) gt (...

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  12. If an unpaired electron is present on a carbon atom in a group of atom...

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  13. Alkyl free radicals are planar and the central carbon atom is in sp^(2...

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  14. The unhybridised 2p orbitals of the central carbon atom of alkyl free ...

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  15. The stability order of alkyl free radicals is: (CH(3))(3) overset(.)C ...

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  16. The stability order of alkyl free radicals can be explained by hyperco...

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  17. Carbenes (: CH(2)) are neutral species in which carbon atom has six el...

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  18. Carbon atom in carbene is in sp^(2) hybridisation

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  19. Basing on the nature of the attacking site in the substrate, attacking...

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  20. Nucleophiles donate a free electron pair to the electron deficient cen...

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