Aromatic Compounds & Heterocycles - Nucleophilic & Electrophilic Aromatic Substitution Reactions

This organic chemistry video tutorial provides a basic introduction into heterocyclic aromatic compounds. It discusses the electrophilic aromatic substitution reactions of 5 membered heterocycles such as pyrrole, furan, and thiophene. It also discusses the nucleophilic aromatic substitution reactions of 6 membered heterocycles such as pyridine.
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[@AmanSharma-zb9bp]

I don't know why I enjoy study with him more than anyone, respect for other teachers as well on TH-cam but his style impresses me most, it's so simple as compared to others but so effective. I'm following him from past 10-11 months and found these lectures very helpful, I only search for his vids for organic chem. These lectures are best for me! I love his work so much🔥

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all I can say is I love you
I've been learning from you since ever I got in university
now it's my third year💞

[@olympicfan2]

Well, the last example is indeed a bit difficult because the speed determining step in a nucleophilic aromatic substitution is actually the formation of the meisenheimer complex, not the group leaving so i found this a bit confusing indeed.

[@ahmedsabry7277]

make more videos on heterocyclic compounds please especially nomenclature

[@educationwithkeshari69]

Your class is the best.

[@bailassandijani3788]

make please more video about heterocycle Thank you

[@abhikumar3432]

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[@sankalpmishra1686]

simply awesome sir

[@نداأحمد-ك8ج]

Really thank you 🥺💙

[@pilifuentesq]

Hi! Why is NO2 and not NO3? minute 15:10. Thank you in advance. :) Nice video.

[@tom_winguill]

he never replies to any comment

[@tom_winguill]

because nitrogen forms three bonds when it is stable so, 2oxygens and one bond with carbon make the three bonds so it will not form no3, if it does then it will be no3+ because it is forming 4 bonds. I hope you understood. for a better explanation watch the first video in the organic chemistry playlist in this channel

[@eithalkhatari]

I know this is 3 years late but its because the H2SO4 donates one of their H to the HNO3's OH group makes H2O which is a good leaving group. Leaving you with NO2. Search up Nitric acid, which is NO3, and you'll see its structure, it has an OH group. Hope this helped.

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Thank you so much

[@Goldenbanglai]

Thanks

[@yanins1023]

Thank you so much!!!!!!!!

[@dilakshavishva9849]

Thank you 😇😇😇

[@innocentchitambo7920]

On minute 4 to 4:15, i need clarity on the electronegativity. its like you confused the 2 atoms on their electronegativity. then to be precise which one is more reactive than the other between the 2 hetero rings??

[@Newhollandarduino]

Why in pyrridine the substitution on c-3 not c-4 ?

[@rohithravi1711]

You are really amazing bro

[@tom_winguill]

lanja na kodaka

[@aninternetuser4184]

just bookmarking this: 12:57

[@mugabohassan5235]

Wat do you mean by 2p and 3p orbital

[@schebostky]

Didnt get it

[@noahnoah7360]

Lmaooo

[@A_copywriter]

Therapeutic!

[@CadmusOpokuAppiah]

I don't get it

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Heya

[@jordanbiird]

I'm sorry but you have a lot of videos I wish were more useful. I've been taking my organic chemistry course and i've used many other videos because you don't explain enough what's happening. I mean, this was a 30 minute video, but since the first 15 seconds I was already lost lol. I know I'm not as smart as others. You could try explaining this a bit more clearly, and also your drawing is sometimes hard to see what we are actually looking at, for example, sometimes it looks like your drawing a 4-membered ring instead of a 5-memebered ring.
Just a few tips. thanks

[@rdschemistry2478]

वर्तमान की केन्द्र व राज्य (उ. प्र.) सरकार की नीतियों को ध्यान में रखते हुए मैंने स्वरोजगार के रूप में एक TH-cam channel "RDS Chemistry" का शुभारंभ किया है. (क्योंकि सरकारें सरकारी नौकरी देने में बहुत ही उदासीनता दिखा रहीं हैं). इस चैनल के माध्यम से chemistry को सरल एवं रोचक ढंग से भी पढ़ाने का प्रयास किया गया है. कृपया चैनल को subscribe कर मेरे प्रयासों को प्रोत्साहित करने की कृपा करें.
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Ddd

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