Aromatic Antiaromatic and Nonaromatic Compounds | Super Easy Trick

This lecture is about aromatic, nonaromatic and antiaromatic compounds. I will teach you super easy trick to find aromatic antiaromatic and nonaromatic compounds. After watching this lecture, you will master aromaticity.
#aromatic
#antiaromatic
#nonaromatic
#najamacademy
#chemistry
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Neet aspirants 😂💀💀

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Jee aspirants

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Neet

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The structure at 12:35 with the OH group is impossible. The carbon attached to the OH cannot have 2 double bonds. This structure has a carbon with 5 total bonds which is impossible because carbon can only form 4 bonds. Also oxygen cannot form more than 1 bond but in your structure the oxygen is bonded to a H and double bonded to the carbon. Someone verify please

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13:00 The compound is not anti-aromatic because conjugation is not formed across the ring.And the latter compound is similarly non-aromatic.

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13:17 the last compound is actually non aromatic because the last carbon has sp3 hybridization

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Sir, In your video thumbnail 2nd compound is not exist because there are 5 bonds of carbon which is not possible

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12:37 here the aromatic compound contain oh group double bond

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[@Parthsingh-21]

13:58 sir the first compund will be non aromatic as the hybridisation of the lower most carbon is sp3( correct me if I'm wrong)

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bro sir has said atleast 1 sp2 hybridised carbon should be there in comnpound

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Kisi ek mai bhi sp2, conjugation or cyclic hai toh woh aromatic,antiaromatic hoga

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[@RinkuThakur-zg1gn]

Sir in bipehyl case if one compound is aromatic but another is not then the overall compound still be aromatic??

[@narayanashutosh2828]

13:13 last one will non aromatic bcz of at least one carbon is sp3

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[@abhisheksekhu2481]

sir aap jo 15 minutes 19 sec me jo first wala jo explain kiye hai we galat hai or we aromatic hai hi nahi conjugation me bhi nahi hai or planar bhi nahi hai we sp3 tetrahedral hai jo aromaticity ke rules ko follow nahi karta hai so aap ek bar dekh lijiye please

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in bicyclic compounds which are not fused together....if one ring is aromatic or other is anti aromatic than we consider it anti aromatic?

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Sir arrange in decreasing order of. Stability Wale me aapne use non aromatic kaise bola wo to cyclic hai na....apne bola tha ki non cyclic hi non aromatic hote hai 😭

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Best

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16:02 !! How do you know that the lone pair is outside of the ring in pyridine? Why can't it be inside??

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It has already formed a double bond so lone pair is not a part of conjugation

[@Deepikatlf]

If one ring is aromatic and another one is anti aromatic in biphenyl case so what I called it aromatic ya anti aromatic.🤔

[@ShivamSingh-vm8uz]

10:14 wrong

[@Krishna1_80lovers]

Sir you made a mistake on some molecule. In molecules of your example, some doesn't fulfill sp2 hybridization but u take them as aromatic infact they are non aromatic. I hope you can see my comment and made a decision on it. Thank u for making useful video always

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I have one doubt.. What if two phenyl group join together and 1 of is aromatic and 2nd one is non aromatic than what will be resultant aromacity???

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Aromatic

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13:08 13:37 sir they are non aromatic since theycontain sp3 carbon so non planar 😊just a correction . Rest everything is good .

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Sp3 ...why?

[@JEEvan99216]

See down carbon of Last compound it's hyd is sp3 so it's not a planar structure

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4 Sigma bonds =sp3 right

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But he said only one carbon of compound should have sp2?

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@@Deepu-iv1yf no , not at all , all carbons must be sp2 even if one carbon is sp3 it is non aromatic,if you have doudt you can refer other yt videos or books .

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First compound is sp3 hybrid , then how it is aromatic, please reply

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[@SubbaraoKarumanchi-y8k]

Sir I have one doubt In 20:16 In biphenyl In case one ring is aromatic another one is antiaromatic then what will be considered please give reply sir please 🥺🥺🥺🥺🥺🥺🥺🥺🥺🥺🥺🥺

[@gulablalbhagat8940]

Aromatic

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