Linked from

The 83 pages that link to Benzene, each with the reason it gives.

• AcetophenoneNarrower topic: Acetophenone contains a benzene-derived phenyl group.

• ChlorobenzeneBroader topic: Replacing one benzene hydrogen with chlorine produces chlorobenzene.

• Terephthalic acidRelated: Terephthalic acid consists of a benzene ring bearing two para-positioned carboxyl groups.

• Aliphatic compoundCompared with: Benzene is a familiar aromatic ring, unlike nonaromatic carbon rings.

• AnisoleBroader topic: Replacing one benzene hydrogen with methoxy gives anisole.

• BenzonitrileNarrower topic: Benzonitrile retains benzene’s ring, with one hydrogen replaced by a cyano group.

• Benzyl alcoholNarrower topic: Its aromatic ring forms the C₆H₅– portion of benzyl alcohol.

• BenzylamineNarrower topic: Benzylamine’s benzyl substituent contains a benzene-derived ring.

• Degree of unsaturationBroader topic: Its four degrees of unsaturation correspond to one ring and three formal double bonds.

• Parent hydrideBroader topic: Benzene is a familiar parent framework for naming substituted aromatic compounds.

• PhenothiazineBroader topic: Two benzene rings form the outer portions of phenothiazine's tricyclic framework.

• Phthalic acidNarrower topic: Its ring forms the aromatic framework to which phthalic acid’s two carboxyl groups are attached.

• QuinolineRelated: Quinoline’s second fused ring is benzene-like.

• Alicyclic compoundCompared with: Benzene is the familiar aromatic ring that alicyclic compounds are distinguished from.

• BiphenylBroader topic: Each of biphenyl’s two rings has benzene’s six-carbon aromatic framework.

• CarbazoleBroader topic: Two benzene rings form the outer portions of carbazole.

• Carbon disulfideCompared with: Benzene is another historically important nonpolar solvent, but it is less volatile and carcinogenic.

• CumeneBroader topic: Cumene’s aromatic core is a benzene ring.

• PyrogallolNarrower topic: Pyrogallol’s six-carbon aromatic framework is a benzene ring.

• Benzoyl chlorideRelated: Its phenyl ring is the aromatic portion of benzoyl chloride.

• Benzyl chlorideNarrower topic: It supplies the aromatic ring in benzyl chloride’s structure.

• Eilhard MitscherlichBroader topic: Mitscherlich prepared and analyzed benzene, helping establish its elemental composition.

• Electrophilic substitutionBroader topic: It is the standard substrate used to introduce the substitution mechanism.

• IsoquinolineRelated: A benzene ring is fused to isoquinoline’s pyridine ring.

• Kathleen LonsdaleRelated: Its ring geometry became the subject of Lonsdale’s landmark structural analysis.

• NitrobenzeneRelated: Benzene is the aromatic starting material whose hydrogen is replaced during nitrobenzene formation.

• ResorcinolNarrower topic: Resorcinol’s ring framework is benzene with two hydrogens replaced by hydroxyl groups.

• Arene substitution patternBroader topic: Its six equivalent ring positions make the standard ortho, meta, and para patterns easy to define.

• BenzofuranRelated: Its six-carbon ring forms the benzenoid portion of benzofuran.

• Chlorosulfuric acidRelated: Benzene illustrates electrophilic aromatic substitution with chlorosulfuric acid.

• MesityleneNarrower topic: Mesitylene retains benzene’s ring while replacing three ring hydrogens with methyl groups.

• ThiophenolRelated: Its aromatic ring is the carbon framework of thiophenol.

• Trouton's ruleBroader topic: Its entropy of vaporization near the rule's typical range illustrates ordinary behavior.