Shweta Thakur posted an Question
February 05, 2021 • 20:46 pm 30 points
  • IIT JAM
  • Chemistry (CY)

Plz answer my question

plz answer my questio xbcnff f mffnfnmf ndbfnfbfnfkkns

1 Answer(s) Answer Now
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  • Amol ashok pawar Best Answer

    Please attach an image file with your questions or mention it in the comment

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    This is the case when aldehydes and ketone are not reactive towards nucleophilic substitution as carboxylic aci acyl chlorides are ...plz expian the reason .

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    .....

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    second picture is just a reference

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    in case of aldehydes and ketones. aldehydes are more reactive than ketones as ketones possess steric hindrance and a two R groups.

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    but in case of aldehydes they posses a hydrogen which facilitate then Nucleophilic addition reaction. this is enhance in when acyl groups are present

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    so the order becomes acyl, then aldehydes and at last ketone

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    sir I am not asking this I am asking that why aldehyde and ketone are not reactive for nucleophilic substitution reaction

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    as compared to carboxylic acid ester anhydrides

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    the second picture which I have sent you they have explained through resonance

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    I yes, it is also a perfect explanation. as resonance increases, stability also increases. this leads to low reactivity

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