Aromatic Nitration Mechanism - EAS vid 4 by Leah4sci

leah4sci.com/EAS Presents: Aromatic Nitration Mechanism for Electrophilic Aromatic Substitution
Struggling with Orgo? Grab my free ebook '10 Secrets To Acing Organic Chemistry' here: leah4sci.com/or...
Video 4 of my EAS series takes you through the mechanism for the formation of Nitronium - the super electrophile that is attacked by benzene in the nitration reaction. This video also helps you understand the role of the acid catalyst before and during the reaction
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[@AliMohamed-bm3mr]

You are without a shadow of doubt the best organic professor I have ever seen

[@Leah4sci]

Thank you for your kind words. :)

[@aasadeepsingh2812]

Your videos are short , to the point , great animation, and easy to understand .. Luv ur videos

[@Leah4sci]

Aww glad to hear that!

[@harshilrohit.6509]

​@@Leah4sci You literally took 9 years just to reply this aww 😂

[@CrashBronze01]

Great review, I am currently studying for my final in O-chem and these videos really help refresh my understanding on this material in a short amount of time. So thanks a bunch! :]

[@abulfazalwashim304]

+Leah Fisch very good tutorials,exquisite use of word

[@Leah4sci]

You're so very welcome, happy to share!

[@lungilezinhle1218]

Your videos are the best.They really help me understand my organic chemistry

[@Leah4sci]

So happy to help!

[@twenty-something4981]

You literally make it so easy for me to fall in love with ochem. Thank you so much!

[@Leah4sci]

Yay! So happy to hear that!

[@zainabalmutawa4704]

you are so good at explaining these reactions, I like your videos :)

[@Leah4sci]

Glad to hear it!

[@NadyBouOfficiel]

Hi there from Algeria , got an Orga Chemistry exam soon , back to your videos :D I really hope that it will help me pass the test , thanks alot for your help. Sending Smiles :)

[@NadyBouOfficiel]

I got 10.5 / 20 :)

[@Leah4sci]

So happy to help you prepare

[@marihahz4330]

Hi Leah, thanks for another great video

[@Leah4sci]

You're very welcome, happy to help!

[@SMT2801]

Wow, thank you so much Leah.

[@Leah4sci]

You're so welcome!

[@ManhalRafeeq]

Miss, thank you for your immense help

[@Leah4sci]

Happy to help!

[@sabrinawang302]

cannot thank u enough! extremely helpful (best video on KZbin) :)

[@Leah4sci]

You're very welcome!

[@sovo94]

fantastic explanation, thank you so much.

[@Leah4sci]

You're so welcome, glad you liked it!

[@tiibrahim5714]

You are doing great job on these reactions thanks

[@Leah4sci]

Thanks! Glad you like it!

[@mshah83]

Great video as always. Thank you, Leah!!!!

[@Leah4sci]

You're very welcome, happy to help!

[@chinesefoodwarcraft]

Ahh I'm slightly confused because I eliminate the H+ at the end with HSO4- not with H2O after the elimination of the H+ I end up with my starting material again of H2SO4. Not sure if thats wrong.

[@Leah4sci]

H+ is equivalent to H2SO4 here in this mechanism. Just in the same way, HSO4- would be the equivalent base to H2O. My advice: always make sure you are drawing your mechanism in a way that is consistent with how your professor taught it! That's all that matters. For help with questions like this and more, I recommend joining the organic chemistry study hall. Details: leah4sci.com/join or contact me through my website leah4sci.com/contact/

[@chinesefoodwarcraft]

@@Leah4sci great I already signed up for your study hall 😊

[@ElizabethRey97]

Oh god thank you. Best Chemistry channel

[@Leah4sci]

You're very welcome, happy to help!

[@BarmannBodybuilding]

THANK YOU

[@Leah4sci]

You're welcome!

[@tz71someoneclosetou75]

i loved this explanation

[@Leah4sci]

Glad to hear that!

[@evergreenpakistan4591]

Thanks

[@Leah4sci]

You're welcome!

[@aaabbb-qb6xv]

Hi, why does the H+ attach on the O-H, rather than on the O - ? shouldn't the positive H be more attracted to the O- ? kind regards

[@aaabbb-qb6xv]

hi, i was asking about the formation of the nucleophile (2:20) when the Proton adds to the Hydroxyl rather than on the negativ oxygen of Nitric acid

[@AdrianDV]

+aaa bbb I'm not so sure about this, but maybe those 2 oxygen atoms (double and single bonded) are in a resonance state so they're 'sharing' the charge and thus are somewhat stable.

[@neelarora174]

U r grt teacher!!!!!!thanks a lot mam

[@Leah4sci]

Thank you and you're welcome. :)

[@shanemckinley4563]

puzzled how that neg. O on HNO 3 doesn't reach out for that positive H rather than a stable O with 2 bonds.

[@Leah4sci]

at which point in the video?

[@maudyshintia2920]

best explanation!!! thanks so much

[@Leah4sci]

You're very welcome

[@DesmondTweneboah-x5w]

You are too good 😮

[@Leah4sci]

Thank you so much. I appreciate the compliment.

[@عوضعبدهود]

very nice

[@Leah4sci]

thanks

[@EngBertieBear]

dude, thank you so much!

[@Leah4sci]

You're welcome!

[@shaikrafiq9498]

Soooooper

[@Leah4sci]

But is it soooooper doooooper? ;)

[@musedhere5561]

thank u very much

[@Leah4sci]

You're very welcome

[@mekdesbelete8766]

i appreciate you very much i respect you you are great

[@Leah4sci]

Thanks so much!

[@carbon.connor]

You are an absolute goddess

[@Leah4sci]

Aww thanks!

[@danielleobrien155]

HELL NO

[@Leah4sci]

Why not?

[@nightwithpacific7547]

Thanks

[@Leah4sci]

You're welcome!

[@عزوزالعتيبي-ي6ن]

thanks

[@Leah4sci]

You're welcome!