Which one is most reactive towards Nucleophilic addition reaction?

Question

Which one is most reactive towards Nucleophilic addition reaction? (A) Option 1

(B)

(C)

(D)

Tardigrade Admin · Accepted Answer

Electron withdrawing (- I , - M) groups increases reactivity towards nucleophilic addition reaction. In <img class="img-fluid question-image" alt="Solution" src="https://cdn.tardigrade.in/q/nta/c-ieknsoksruwhg4jf.jpg" /> NO2(- I , - M) group increases the reactivity towards nucleophilic addition reaction at CHO group.

Q. Which one is most reactive towards Nucleophilic addition reaction?

Electron withdrawing $(- I, - M)$ groups increases reactivity towards nucleophilic addition reaction.
In $N O_{2} (- I, - M)$ group increases the reactivity towards nucleophilic addition reaction at $C H O$ group.

Q. Which one is most reactive towards Nucleophilic addition reaction?

Electron withdrawing (−I,−M) groups increases reactivity towards nucleophilic addition reaction. In NO2​(−I,−M) group increases the reactivity towards nucleophilic addition reaction at CHO group.

Electron withdrawing $(- I, - M)$ groups increases reactivity towards nucleophilic addition reaction.
In $N O_{2} (- I, - M)$ group increases the reactivity towards nucleophilic addition reaction at $C H O$ group.