Aromatic heterocycles I | Aromatic Compounds | Organic chemistry | Khan Academy

[@IDidactI]

Where were you with this video ALL SEMESTER?! Aggh. Thank you so much, but man, I spent the whole semester trying to figure this out to no avail!!

[@saurabhpanigrahi5429]

Its been 10 years hope so you succees in life after this late video

[@IDidactI]

@@saurabhpanigrahi5429sweet of you, I’m still around, success - who knows 😂

[@noshashinki4456]

Thank you so much

[@gamingvideos584]

good one

[@oliviagabriel1871]

You said E-lectron. Can this electron. Be stimulated. By wireless, electrical charge. To increase rings. And can a body. With a different. Signal. Repel. The Electrons. From growing. Or entering. The body ? Like a selection. Of chosen. Not chosen.

[@theshobi6193]

What should be in a Arometic hetrocyclic compounds. And how??

[@ToptierTutor]

why must the be a certain number of pi electrons in order for a compound to be considered aromatic?

[@THE______TRUTH]

what is n? why is it one?

[@alekseimarianov3388]

The Truth I understand that this answer might be very late, but... n is only a multiplier in equation 4n+2. If number of p-electrones can be counted from it, than the system is aromatic. For example, benzene has 6 p-electrones, wich means 4*1+2 = 6. It's a true formula. n might be equal to 0,1,2,3.... and these systems have 2, 6, 10, 14.... electrones respectively, and each of these cyclic compounds are aromatic. If number of p-el. does not follow Huckel's rules, substance isn't aromatic like cyclobutadiene with 4 electrones.

[@aquilhall262]

I love aromaticity!

[@seudonym2467]

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[@sahraahmed5821]

Way too fast!!