9. During SN2 mechanism, the carbon atom which is attacked by a nucleophile, changes its
hybridization as
a) sp to sp3
b) sp3 to sp2
c) sp2 to sp3
d) sp3 to sp
answer with reason then i will mark your answer with brainliest
Answers
Answered by
0
uxhududu are we going good night due to be cut off from urhxhbdbdhsjsjsjshdhxhxhxhxbrjxjd
Answered by
0
Answer:
OPTION (B) sp3 to sp2
Explanation:
•In SN2 reaction means SUBSTITUTION NUCLEOPHILIC BIMOLECULAR REACTION.
•In the first step carbon atom of alkyl halide which is in sp3 hybridisation is attacked by the nucleophile in 180 ° to the leaving group.
•The transition state attacked nucleophile attached to the carbon atom of the alkyl halide pentavalent compound formed as an intermediate.
•In the intermediate compound carbon atom acquires the sp2 hybridisation
• Hence from the above ideas we conclude that option B is the correct answer.
OPTION (B) sp3 to sp2
Explanation:
•In SN2 reaction means SUBSTITUTION NUCLEOPHILIC BIMOLECULAR REACTION.
•In the first step carbon atom of alkyl halide which is in sp3 hybridisation is attacked by the nucleophile in 180 ° to the leaving group.
•The transition state attacked nucleophile attached to the carbon atom of the alkyl halide pentavalent compound formed as an intermediate.
•In the intermediate compound carbon atom acquires the sp2 hybridisation
• Hence from the above ideas we conclude that option B is the correct answer.
Similar questions