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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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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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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13:58 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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Kisi ek mai bhi sp2, conjugation or cyclic hai toh woh aromatic,antiaromatic hoga

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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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What happens when you add water to a mixture of lead nitrate and sodium carbonate. What will be the obaervation and inference.

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On 10:17 there is 2nd cyclic structure where you positive charge didn't count ,if we count positive charge too so it will be aromatic

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

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

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

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