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The stability order of alkyl free radica...

The stability order of alkyl free radicals can be explained by hyperconjugation

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The stability order can be explained by hyper conjugation and also by +I effect of alkyl groups

What is the stability order of various alkyl free radicals ? Why

What is the stability order of various alkyl free radicals ? Why?

The stability order of following carbocation is

Stability of alkenes, carbocations, alkyl free radicals, orienting effect of alkyl groups in aromatic ring, unexpected bond lengths in some molecules, etc. can be explained by hyperconjugation

Free radical reactions

The stability order of alkyl free radicals is: (CH_(3))_(3) overset(.)C gt (CH_(3))_(2) overset(.)CH gt CH_(3) overset(.)CH_(2) gt overset(.)CH_(3)

The unhybridised 2p orbitals of the central carbon atom of alkyl free radical contains the unpaired electron

Alkyl Iodide can be prepared by

AAKASH SERIES-GENERAL ORGANIC CHEMISTRY-Subjective Exercise -8
  1. The unhybridised 2p orbitals of the central carbon atom of alkyl free ...

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

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

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

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

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

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

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  8. Nucleophiles are either negatively charged or neutral

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  9. Cl^(-), Br^(-), I^(-), NH(2)^(-) , RNH^(-), R(2)N^(-), OR^(-), RCOO^(-...

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  10. overset(..)(N)H(3), R overset(..)(N)H(2), R(2)NH, R(3) overset(..)(N),...

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  11. Electrophiles are electron deficient and attack the substrate where th...

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  12. Electrophiles are either positively charged or neutral

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  13. H^(+). Cl^(+), Br^(+), I^(+), NO(2)^(+), R(3)C^(+), NH(4)^(+), NO^(+),...

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  14. SO(3), BF(3), AlCl(3), FeCl(3), ZnCl(2), BeCl(2) etc., are neutral ele...

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  15. Nucleophiles act as Lewis bases and electrophiles act as Lewis acids

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  16. Ambiphiles are those species which behave like electrophiles and nucle...

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  17. In substitution reactions, an atom or a group attached to a carbon ato...

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  18. Substitution reactions are further classified as free radical, electro...

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  19. Alkanes undergo free radical substitution, aromatic compounds undergo ...

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  20. If the attaching reagent adds on to the substrate molecule without eli...

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