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Can you explain why the bulky group being equatorial makes the molecule more stable?

This is so far the best video I have seen on the mechanism of oxymercuration and demercuration reaction

Victor thanks a lot man You+leah+joe carried my whole ochem course fr and by the way how many of your viewers from india?

Ty

that trick is the answer to all my problems 😂

Ur the best organic turtor

My organic chemistry course ended around half a year ago, and I just wish I found this channel earlier, maybe than I would have done better

Is this a reaxn with ether ?

I am a student in Thailand. I am not very good at listening to English but I can understand the main points. You helped me understand NMR more. Thank you.

32:19 sir, can you please explain, here in the 2nd aromatic ring , doesn't the positions that you have marked as d and d are same ( doesn't it be represented by a single signal) it's really confusing

Sweet

For the questions of this level, it’s reasonable to consider stereochemistry.

LOL tell me more 😂😂

Isn't a similar reaction employed to synthesise napthalene ?

I thought protonation was going to occur at the OH in order to have H2O as leaving group. Please why is it not the case ?

Very cool

❤❤❤

Very nice but it would be cool to explain why N3 or CN are only nucleophilic, in other words the hard soft acid base theory and how it affects not only Sn2 reactions but conjugate and carbonyl additions, enolate chemistry etc.

Why is the sulfonation reaction not going to completion?

Tautomerism!!!! Your shorts are really making me sharper XD

H-NMR? More like "Heroically good videos; you're a star!" 🌟 31:57 I was confused by that little guy 😆

Sweet

What a tutorial 😮 thanks God bless you bro🙏🥰🔥

That joke deserved a like cause wow corny😭😂😂

Is it attacking the less substituted side because of steric hindrance? And also I know the intermediate is rearranging for more stability but why is it unstable?

Helpful video but in problem 3 wouldnt the H on the nitrogen have neighbours because of the CH2s?

Definitely mentally disturbed benzen

NOISE!

I prefer the fried egg benzene, which is just a circle inside a bigger circle 😂

sir, you have help me a lot! im preparing for my competitive test and i was struggling with drawing resonating structures, but this video has done wonders for me!! please continue the great work! thank you~

That was clean

hehe noise!!!

Sni

You are my favorite orgo tutor. Youre the reason I have an A, thanks!

Do more of these organic name reactoons. Very informative video

Hello Victor, at 5:20 you drew a 3D structure with the P orbitals. What are those structures called, and how do we draw them??

can't we just show the machnism of second bromide ion attacking the carbocation? Why the need to give the first bromine the positive charge?

Pretty awesome indeed! That feeling when you can actually predict what Victor is going to say... there are so many ingredients in organic chemistry that it's truly overwhelming at first but eventually something clicks, you start interiorizing the mechanism and everything makes sense.

Markovnikov’s law

Is there any reason to explain why hydride shift doesn't occur to form a more stable carbocation at the second step.

you are very much appreciated my brother...👻

Benzylebromide or hexabromocyclohexane

Bromine hydroxyenol

I am a PhD candidate but I am still learning a lot of new ideas from your videos. Appreciated 🙏

Very helpful. I'm taking chem online and doing labs at school. I watched the entire lecture and was completely lost, but now I'm getting it.