Nef Reaction & Modifications for CSIR NET,GATE
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- เผยแพร่เมื่อ 13 ต.ค. 2024
- In this video I have explained the detailed mechanism of NEF Reaction along with various modifications like Mcmurry modification. At time 15.03 I forgot to put + charge on oxygen atom, plz consider + charge. Reaction is of uttermost importance in organic synthesis and equally important for CSIR NET and GATE examination.
Thanks of wonderful explanation sir.
Grt sir plz keep making such videos
Sure, I will cover most important topics of organic and inorganic chemistry for CSIR NET December 2019... Stay tuned with TETRAHEDRON CHEMISTRY CLASSES
Sure sir
You said u will tell in end why nef rxn dont work for triple bond, u didn't explain it?? Can you please explain it??
in McMurry modification the reaction procced via oxime intermediate followed by imine intermediate to the product carbonyl......please show how the imine intermediate is forming from the oxime
Will solve a problem on this when time permits. Thank you😊😊😊
In McMurry modification OTiCl3 departs. But N should already have a positive charge that U missed,so after expulsion of OTiCl3 N will get 2+.. Thats not possible. Plz go through the original paper by McMurry (1973)..they have clearly mentioned that mechanism is quite uncertain & they couldn’t give authentic arrowpushing in NO formation...Thank U
Indeed mechanism is not certain for McMurray modification, I used short method and later I realized this is not good, I went through McMurray original research paper, thanks for pointing out, If you want clear mechanism plz provide your email id or whatsapp number, I will provide you the details.
@@TETRAHEDRONCHEMISTRYCLASSES my email: mondal.shankhajit@students.iiserpune.ac.in
Plz send the detailed step by step mechanism with proper arrowpushing,Thank U in advance
Sir when a nitro compound having a carbonyl group treated with TiCl3 is there any possibility to undergo MC murry condunsation.
To get McMurry product presence of reducing agent is must, if you add little reducing agent you may have alkene.
Nice explanation.
pls exlain again the question at 26.20 min
In the next video, I will explain.
@@TETRAHEDRONCHEMISTRYCLASSES ok sir