Organic Mind Map

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CH3CH3 CH2=CH2 CH3CH2Cl CH3CH2OH CH3COOH CH3COCl CH3COOC2H5 CH3CHO CH3CONH2 CH3CONHC2H5 CH3CH2NH2 CH3Br CH3CN CH4 Organic Synthesis of Aliphatic Compounds HCl, r.t. H2/Ni,150oC excess NH3, sealed tube LiAlH4, dry ether or Na, ethanol or H2/Ni, 140oC LiAlH4, dry ether or Na, ethanol or H2/Ni, 140oC NH3, r.t. H+ reflux LiAlH4, dry ether Cr2O72- H+/reflux H+/reflux Cr2O72- H+/reflux PCl5 or SOCl2 H2O PCl5 or SOCl2 Cr2O72- H+/distil conc.H2SO4 170oC alc.OH- reflux OH-(aq), reflux alc. KCN reflux Br2/ /CCl4 uv light @copyright 2009 John Ng H+/reflux r.t. reflux conc. H2SO4 Cl2, uv LiAlH4, dry ether Br2 (aq) CH2BrCH2Br Br2/ /CCl4 CH2BrCH2OH MnO4-/OH- CH2OHCH2OH MnO4-/H+ CO2 if RCH=CRR’ then RCOOH & RCOR CH3CH2OCH2CH3 conc.H2SO4 140oC aq.I2/OH- CHI3 + HCOO- CH3CH2O-Na+ Na CH3COO-Na++1/2H2 CH3COO-Na++CO2 CH3COO-Na+ Na Na2CO3 NaOH CH3CHOHCN HCN,NaCN or HCN, NaOH aq.I2/ OH- CH3CHOHCOOH CH3CHOHCH2NH2 LiAlH4, dry ether or Na, ethanol or H2/Ni, 140oC H2/Pt, r.t. or conc,H2SO4, H2O(l) heat CH3NH2 Br2, OH- P2O5