http://everyscience.com/Chemistry/Organic/Resonance_and_Aromaticity/d.1247.php WebThis organic chemistry video tutorial shows you how to tell if a compound is aromatic, antiaromatic or nonaromatic by using huckel's rule / number of 4n+2 pi...

1.30: Aromatic Compounds - Chemistry LibreTexts

WebAromatic, Antiaromatic, or Nonaromatic Compounds We talked about aromatic and antiaromatic compounds which are recognized based on the Hückel’s rule. In short, the only way aromatic and antiaromatic … WebWhat must be done to determine whether or not this compound fulfills Huckel's rule for aromaticity. The compound is antiaromatic because 4n+2=8 if n=2. The compound has 8 pi electrons and there is no integer value for n for which 4n+2 = 8. The parent name for monosubstituted benzene derivatives is. benzene. robin shropshire helena mt

Huckel’s Rule for Aromaticity + Time-saving Shortcut - YouTube

WebIf (4n+2) no. of π e − are there in cyclic planar, compound and delocalisation also occur in that compound and then it is called aromatic. n should be 1,2,3.... 4n+2=6π e −. 4n=4. … WebHuckel's rule of aromaticity says that when there are 4n+2 pi electrons and the n have integer values from 0, then the compound is aromatic.Thus the number of pi electrons … WebJun 29, 2012 · This is known as Huckel’s rule. The number of π electrons must equal one of the numbers in this series: 2, 6, 10, 14, 18….and so on. For example, we can find aromatic molecules with 2 pi electrons, 6 pi electrons, 10 pi electrons, 14 pi electrons, 18 pi electrons, and so on. robin shoultz - ok zippyshare