Synthetic Routes 3.0 / 5 based on 1 rating ? ChemistryReactionsA2/A-levelOCR Created by: wilsonmatthew2000Created on: 07-04-19 16:24 Alkane - Haloalkane UV Light, X2 1 of 36 Alkene - Alkane H2, Ni Catalyst, 150°C 2 of 36 Alkene - Dihaloalkane X2, 20 °C 3 of 36 Alkene - Haloalkane HX, 20°C 4 of 36 Alkene - Alcohol Steam, H3PO4 catalyst, 300°C 5 of 36 Haloalkane - Amine Excess ethanolic ammonia 6 of 36 Haloalkane - Alcohol Warm NaOH or KOH, H2O Reflux 7 of 36 Haloalkane - Nitrile KCN, ethanol, reflux 8 of 36 Alcohol - Haloalkane NaX, H2SO4, 20°C 9 of 36 Alcohol - Ester Carboxylic acid or acid anhydride, heat 10 of 36 Alcohol - Alkene Conc. H2SO4, 170°C 11 of 36 Primary Alcohol - Aldehyde Distillation, KCr2O7 12 of 36 Primary Alcohol - Carboxylic Acid Reflux, KCr2O7 13 of 36 Secondary Alcohol - Ketone Reflux, KCr2O7 14 of 36 Ester - Alcohol Dilute acid or alkali, reflux 15 of 36 Ester - Carboxylic Acid Dilute acid or alkali, heat 16 of 36 Aldehyde/ketone - Hydroxynitrile HCN 17 of 36 Aldehyde/ ketone - Alcohol NaBH4, H20 18 of 36 Hydroxynitrile - Amine LiAlH4 then dilute acid 19 of 36 Hydroxynitrile - Carboxylic Acid Dilute HCl, Reflux 20 of 36 Nitrile - Carboxylic Acid Dilute HCl, Reflux 21 of 36 Nitrile - Amine LiAlH4 then dilute acid 22 of 36 Carboxylic Acid - Acyl Chloride SOCl2 23 of 36 Carboxylic Acid - Ester Alcohol, acid catalyst, heat 24 of 36 Acyl Chloride - Amide NH3, 20°C 25 of 36 Acyl Chloride - Carboxylic Acid Cold H2O 26 of 36 Acyl Chloride - Ester Alcohol, 20°C 27 of 36 Benzene - Nitrobenzene Conc. H2SO4, Conc. HNO3, Heat 28 of 36 Benzene - Halobenzene X2, AlX3 Catalyst, heat 29 of 36 Benzene - Alkyl Benzene Haloalkane, AlX3 catalyst, reflux 30 of 36 Nitroenzene - Phenylamine Tin, Conco. HCl, add NaOH (reflux) 31 of 36 Benzene - Phenylketone Acyl Chloride, AlCl3 Catalyst, reflux 32 of 36 Phenol - Sodium Phenoxide NaOH, 20°C 33 of 36 Phenol - 2, 4, 6-tribromophenol 3Br2, UV light 34 of 36 Phenol - Nitrophenol Dilute HNO3, 20°C 35 of 36 Phenol - Phenyl Ester Acyl Chloride, 20°C 36 of 36
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