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@Dexter
Note for OP
+solved @user1 @user2... to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.The OMe group seems to be making some weird permutation of resonance structures
OMe is becoming a source of cross conjugation for the conjugate base.
Basically (or rather, acidically), once you remove a proton from the active methylene, you wanted much electron density on the carbon getting delocalised right? But, if you have OMe's on the other side, they're providing electron density to the carbonyl group, so the carbonyl groups can't pull away as much of the carbanion negative charge as before. Hence, less stable conjugate base, less acidic species.
Sabse zyada -M matlab acid ke Hydrogen lene ke Baad jo anion banega wo sabse zyada stable
which means that it'll be easiest to form
Ome + M bhi dega soo yeah
normal carbonyl wins
ester hai
ahhh
yeahh makes sense
i love 2023 organic
thanks guys
+solved Opt Dexter
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