Benzene

Benzene
type of chemical entity (en)
Bayanai
Ƙaramin ɓangare na	aromatic hydrocarbon (en) , homocyclic compound (en) da substituted benzene (en)
Bangare na	benzene metabolic process (en) , benzene catabolic process (en) , benzene biosynthetic process (en) , response to benzene (en) da benzene 1,2-dioxygenase activity (en)
Yana haddasa	benzene exposure (en)
Mai ganowa ko mai ƙirƙira	Michael Faraday (en)
Time of discovery or invention (en)	1825
Sinadaran dabara	C₆H₆
Canonical SMILES (en)	C1=CC=CC=C1
Safety classification and labelling (en)	NFPA 704: Standard System for the Identification of the Hazards of Materials for Emergency Response (en) da Regulation (EC) No. 1272/2008 (en)
NIOSH Pocket Guide ID (en)	0049
Has characteristic (en)	Class IB flammable liquid (en)
Subject has role (en)	occupational carcinogen (en) , male reproductive toxicant (en) , developmental toxicant (en) da carcinogen (en)
Subject named as (en)	Benzol

Benzene wani sinadari ne daga cikin aromatic compounds (wato compounds din dasuke da ring kuma suka cika sharadin Huckel rule). Benzene yakunshi carbon guda shida dakuma Hydrogen guda shida, ana rubuta shi a C6H6. Benzene Kamar ko wane compound, Yana da reactions din dayake yi duk da ya banbanta da wasu compounds din, ana kianshi da stable compound kasantuwar ya kunshi Carbon to Hydrogen double bond. Daga cikin reactions din benzene akwae; electrophilic substitution reaction (friedel-craft alkylation dakuma acylation) reaction, wasu lokutan ma ana iya maidashi cyclohexane ta wasu hanyoyi. Electrophilic substitution reaction na benzene Yana faruwa ne idan electrophile ya hadu da benzene ta yadda wannan electrophile din zai shiga cikin benzene ya maye gurbin daya daga cikin Hydrogen Hydrogen shida na benzene din. Misali:

1. C6H6 + HCl = C6H5Cl + HCl.
2. C6H6 + CH3Br = C6H5CH3Br + HBr
3. C6H6 + CH3OCl = C6H5OCH3 + HCl

Idan aka hada benzene da liquid Ammonia, da t-butyl alcohol ya kan canza ya koma cyclohexane (aliphatic compound) ta hanyar rasa double bonda guda uku.