Diazonium Salt Formation Mechanism

[@martinamartinkova3141]

The best vid about the diazonation reaction ! Thank you have a great day

[@akiyamamio810]

@Latashia Tangredi wow you're stupid

[@sjaakash2000]

Crystal clear explanation about Diazotization rxn

[@kokotunes_]

i love you knowbee niligtas mo ako sa formal report ko this midyear

[@RaimaThgd]

Wow Excellent explanation

[@piyushbhavsar9004]

Awesome explanation man ! No doubts left

[@rinkirawat5344]

Now i have all the real correct steps of the mechanism thnxzzzxxxxx sir

[@Jaini0697]

Explanation was really good....thank you so much!!!

[@afaqahmad548]

Highly appreciated... Best explanation... 👍

[@TheArtsyCrafty]

Thank you so much, I couldn't find a mechanism for this anywhere!

[@Eric-sq4hd]

you are such a pro. better than O chem tutor

[@meghna_singh]

Well explained, so helpful, thank you, sir

[@abrahamfalta8104]

This is excellent program to improve my understanding in chemistry

[@skorpid-tm4531]

BEST EXPLANATION
ALSO FOR REVISION

[@mg2172]

Really clear explanation- thanks!

[@hariomenterprises1196]

Thanks very much for explaining diazonium ion

[@Mrchemistry]

Simple and effective explanation.

[@kumarshresth7511]

Very well explained

[@zph1806]

Really it was an excellent explanation thank you so much….

[@salmaakthersuma]

That's very clear now

[@amvsolitudeyagamireina5520]

Clear explanation.Thank you

[@silleysasangma5301]

Thank you so much now I can solve it.......I can remember it..no need to memories now Thank you.......3 So much

[@annuyadav612]

Best explanation in simple words

[@dikshabagade5542]

Thank you so much dude...u made my day!!

[@milton2345]

Are you a college student?

[@parthbahuguna6769]

From where did the base come? We didn't use it in the reagents.

[@Knowbee]

It's not always listed in the reagents in most textbooks, however, a base is used in this reaction. Many bases can be used.

[@rev_5728]

the base could be water, that has formed and the acid would be H30+

[@rasoolp1532]

Sir please explain other complicated reactions in the same way while posting any other videos

[@azmatullah3799]

Thanks sir. Well explain

[@sinagholamimalek5569]

thank you for the great content

[@KamleshYadav-lk6ug]

You are brilliant sir

[@monishmore958]

Well explained 👌🏼👍🏼

[@amritasinha9462]

amazing explanation...

[@rubaalshamy1871]

I'm grateful Ty so much 👏♥️♥️

[@shizamalik5918]

sir you are amazing☺☺☺

[@cesarsanchez8270]

Doesn't the tertiary amino group at the end is a deactivator since Nitrogen is more electronegative than Carbon making it a meta director ?

[@mohamedkamel6451]

Thanks man you are the best 👌👌👌

[@vickyrajputvickyrajput4569]

Thank you sir very nice. .......fore understand

[@piyushbhavsar9004]

What does "N" indicate in N-hydroxy azo compound?

[@aaronwong1776]

I believe it means the hydroxyl group is bonded to the nitrogen

[@SeirusBlack]

Thanks A Lot Sir.

[@rekhamuraleedharan1547]

Sir,why use excess HCl here??

[@zethayn]

Thank you a lot!

[@rekhamuraleedharan1547]

Why we use excess HCl here??

[@30mahbub]

very nice. thank you

[@leenalsader8476]

Thank you so much! ❤️

[@wardajahangir1261]

Fantastic..

[@arexqui625]

why this reaction proceeds at very low temperature?

[@kallah4999]

How to: Gamma-Amino-Butyric Acid + NaNO2 + HCl ^ -- Gamma Hydroxy-butyric Acid.

[@vankshubansal6495]

from where did base come up there?

[@karynadiamah1561]

What kind of base is used?

[@lonesahil59]

nice explaination

[@dikshanaik5640]

what kind of acid and base is used?

[@huykhoicat948]

I think acids with high H+ dissociation ex: HCl, H2SO4

[@shivamjorve]

But it undergoes in 273 k to 278 Kelvin

[@chirag9264]

Why doesn't NO+ do electrophilic attack on the ring ?

[@Knowbee]

It does. But that's a different reaction. I cover this in another video.

[@chirag9264]

Knowbee kk, thanx 👍👍

[@balanglinbalanglin1664]

Thank you

[@allaboutmovies2185]

Nice

[@farihakhanfarihakhan41]

Thank u sir

[@joeychomiak8348]

good job :D

[@joeychomiak8348]

agreed

[@joeychomiak8348]

you guys really seem to be on the same page
*ba dum, chiii*

[@lonesahil59]

sir what happens to na+

[@mohdali2040]

it leaves as nacl

[@jacobp.j4602]

Thank u thank u thank u :)

[@jagjeetsandhu9919]

thanks

[@Knowbee]

You're welcome!

[@vikassahu7148]

wow sir

[@someone8987]

👍👍👍💖💖💕

[@Smoothcurveup52]

Thanks

[@nagaiahgonji1475]

Thanks