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Aldehyde and ketones are specially susce...

Aldehyde and ketones are specially susceptible susceptible to nucleophile addition because carbonyl group (due to electronegatvity different between carbon and oxygen).

Positive charge on carbon makes it reactive towards the nucleophile. This addition is catalysed by acid. Reactivity of carbonyl compound towards nucleophilic addition increases in the electron deficience at carbonyl carbon. Thus, (-I.E.) group increase while (+I.E.) groups decrease the reactivity of carbonyl compound
Which of the following is most reactve to give nucleophilic addition?

A

`FCH_(2)CHO`

B

`CICH_(2)CHO`

C

`BrCH_(2)CHO`

D

`ICH_(2)CHO`

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The correct Answer is:
A
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Aldehydes and ketones ar specially susecptible to nucleophilic addition because carbonyl group is polar (due to electronegativity difference between carbon and oxygen) Positive charge on carbon makes it reactive towards the nucleophili. This addition is catalysed by acid. Reactivity of carbonyl compound towards nucleophilic addition increases with increases in the electron deficiency at carbonyl carbon. Thus, (-I.E.)groups increase while (+I.E.) groups decrease the reactivity of carbonyl compound. Which among the following is most reactive to give nucleophilic addtion ?

Aldehydes and ketones ar specially susecptible to nucleophilic addition because carbonyl group is polar (due to electronegativity difference between carbon and oxygen) Positive charge on carbon makes it reactive towards the nucleophili. This addition is catalysed by acid. Reactivity of carbonyl compound towards nucleophilic addition increases with increases in the electron deficiency at carbonyl carbon. Thus, (-I.E.)groups increase while (+I.E.) groups decrease the reactivity of carbonyl compound. Select the least reactive carbonyl compound for nucleophilic addition :

The order of reactivity of carbonyl compounds for nucleophilic addition is

The reactivity of carbonyl compounds towards nucleophilic addition reaction gets affected by

ALLEN-ALKENE, ALKANE & ALKYNE -EXERCISE-3
  1. Aldehydes and ketones are amphoteric. Thus they can act both as acids ...

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  2. Aldehydes and ketones are amphoteric. Thus they can act both as acids ...

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  3. Aldehydes and ketones are amphoteric. Thus they can act both as acids ...

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  4. Aldehyde and ketones are specially susceptible susceptible to nucleoph...

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  5. Aldehyde and ketones are specially susceptible susceptible to nucleoph...

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  6. Aldehyde and ketones are specially susceptible susceptible to nucleoph...

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  7. Aldehyde and ketones are specially susceptible susceptible to nucleoph...

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  8. Aldehyde and ketones are specially susceptible susceptible to nucleoph...

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  9. The origin of acidity and basicity in organic compound is great intere...

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  10. The origin of acidity and basicity in organic compound is great intere...

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  11. The origin of acidity and basicity in organic compound is great intere...

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  12. The origin of acidity and basicity in organic compound is great intere...

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  13. The origin of acidity and basicity in organic compound is great intere...

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  14. Diazonium salt formation and coupling reaction: When a reaction mixtur...

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  15. Diazonium salt formation and coupling reaction: When a reaction mixtur...

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  16. Diazonium salt formation and coupling reaction: When a reaction mixtur...

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  17. Amines are derivatives of ammonia and are classified as 1^(@), 2^(@), ...

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  18. Amines are derivatives of ammonia and are classified as 1^(@), 2^(@), ...

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  19. Amines are derivatives of ammonia and are classified as 1^(@), 2^(@), ...

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  20. Amines are derivatives of ammonia and are classified as 1^(@), 2^(@), ...

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