pls answer this question with solution..
I will mark the Answer as brainliest.
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Anonymous07:
4th option?
Answers
Answered by
1
Answer:
(3).
Is it clearer now?
Bro, Read the question again.
I have doubt btw. 2nd and 4th option.
heck yeah
i think it is 3rd one
I don't think so because it will show resonance.
During resonance, left carbon will get positive charge and thus will give sn2 fast.
When a positive charge is formed it is SN1 and not SN2
When an atom is removed then that compound gets positive charge.
You are being mistaken
Answered by
2
Answer: I guess, The answer is option 2, because all the options are primary and Sn² reactivity series : Ch₃°>1°>2°>3> but in the 2nd option Ch₃ which is electron pushing group, is attached to Ch at second position from the left side which can affect the incoming nucleufile to not attach easily.
Do you want me to upload mechanism.
if you can,. yes
Where am I wrong, please tell...
Indeed, i will
I'm unable to post link.
I shared the mechanism of Sn2 in brainly
earlier
Hmm
No carb-o-cation is formed in sn2
Hence your logic is invalid
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