This set contains a plethora of important reactions covered in Organic Chemistry II as listed in chapters 15 - 24 of "Organic Chemistry" by David Klein.
1563208156 | Preparation of Dienes from Allylic Halides Synthesis: 1) t-BuOK | 0 | ||
1563208157 | Preparation of Dienes from Dihalides Synthesis: 1) t-BuOK | 1 | ||
1563208158 | Diene Electrophilic Addition with HBr Synthesis: 1) HBr | 2 | ||
1563208159 | Diene Electrophilic Addition with Br2 Synthesis: 1) Br2 | 3 | ||
1563208160 | Diels-Alder Reactions (1) | 4 | ||
1563208161 | Diels-Alder Retro Reactions (1) | 5 | ||
1563208162 | Diels-Alder Reactions (2) | 6 | ||
1563208163 | Diels-Alder Reactions (3) | 7 | ||
1563208164 | Diels-Alder Reactions (4) | 8 | ||
1563208165 | Diels-Alder Reactions (5) | 9 | ||
1563208166 | Electrocyclic Reactions (1) | 10 | ||
1563208167 | Electrocyclic Reactions (2) | 11 | ||
1563208168 | Electrocyclic Reactions (3) Synthesis: 1) Heat | 12 | ||
1563208169 | Electrocyclic Reactions (4) Synthesis: 1) hv | 13 | ||
1563208170 | Electrocyclic Reactions (5) Synthesis: 1) hv | 14 | ||
1563208172 | Electrocyclic Reactions (6) Synthesis: 1) Heat | 15 | ||
1563208173 | Sigmatropic Rearrangement (Cope) Synthesis: 1) Heat | 16 | ||
1563208174 | Sigmatropic Rearrangement (Claisen) Synthesis: 1) Heat | 17 | ||
1563679689 | Benzylic Position Oxidation Synthesis: 1) Na2Cr2O7, H2SO4, H2O 1) KMnO4, H2O, Heat 2) H3O+ | 18 | ||
1563679690 | Benzylic Position Free-Radical Bromination Synthesis: 1) NBS, Heat | 19 | ||
1563679691 | Benzylic Position Elimination (E1) Synthesis: 1) Concentrated H2SO4 | 20 | ||
1563679692 | Benzylic Position Elimination (E2) Synthesis: 1) NaOEt | 21 | ||
1563679693 | Benzylic Position Substitution (SN1) Synthesis: 1) H2O | 22 | ||
1563679694 | Benzylic Position Substitution (SN2) Synthesis: 1) NaOH | 23 | ||
1563679695 | Benzylic Catalytic Hydrogenation Synthesis: 1) Ni, 100 atm, 150° C | 24 | ||
1563679696 | Birch Reduction (1,2) Synthesis: 1) Na, CH3OH, NH3 | 25 | ||
1563679697 | Birch Reduction (2,3) Synthesis: 1) Na, CH3OH, NH3 | 26 | ||
1563216499 | Electrophilic Aromatic Substitutions (Br) Synthesis: 1) Br2, AlBR3 | 27 | ||
1563216500 | Electrophilic Aromatic Substitutions (Cl) Synthesis: 1) Cl2, AlCl3 | 28 | ||
1563216501 | Electrophilic Aromatic Substitutions (NO2) Synthesis: 1) HNO3, H2SO4 | 29 | ||
1563216502 | Electrophilic Aromatic Substitutions (SO3H) Synthesis: 1) Fuming H2SO4 | 30 | ||
1563216503 | Removing Electrophilic Aromatic Substitution (SO3H) Synthesis: 1) Dilute H2SO4 | 31 | ||
1563216504 | Electrophilic Aromatic Substitutions (CH3) Synthesis: 1) CH3Cl, AlCl3 | 32 | ||
1563216505 | Electrophilic Aromatic Substitutions (COCH2CH3) Synthesis: 1) ClCOCH2CH3, AlCl3 | 33 | ||
1563216506 | Electrophilic Aromatic Substitutions (NH2) Synthesis: 1) Fe or Zn, HCl | 34 | ||
1563216507 | Electrophilic Aromatic Substitutions (CBr3) Synthesis: 1) Xs NBS | 35 | ||
1563216508 | Electrophilic Aromatic Substitutions (COOH) Synthesis: 1) KMnO4, NaOH, Heat 2) H3O+ | 36 | ||
1563216509 | Electrophilic Aromatic Substitutions (CH2CH2CH3) Synthesis: 1) Zn(Hg), HCl, Heat | 37 | ||
1563216510 | Nucleophilic Aromatic Substitutions Synthesis: 1) NaOH, 70° C 2) H3O+ | 38 | ||
1563216511 | Aromatic Elimination-Addition (OH) Synthesis: 1) NaOH, 350° C 2) H3O+ | 39 | ||
1563216512 | Aromatic Elimination-Addition (NH2) Synthesis: 1) NaNH2, NH3 (l) 2) H3O+ | 40 | ||
1563220782 | Hydrate Formation Synthesis: 1) [H+], H2O | 41 | ||
1563220783 | Acetal Formation Synthesis: 1) [H+], ROH, -H2O | 42 | ||
1563220784 | Cyclic Acetal Formation Synthesis: 1) [H+], HOCH2CH2OH, -H2O | 43 | ||
1563220785 | Cyclic Thioacetal Formation Synthesis: 1) [H+], HSCH2CH2SH, -H2O | 44 | ||
1563220786 | Imine Formation Synthesis: 1) [H+], RNH2, -H2O | 45 | ||
1563220787 | Enamine Formation Synthesis: 1) [H+], R2NH, -H2O | 46 | ||
1563220788 | Oxime Formation Synthesis: 1) [H+], NH2OH, -H2O | 47 | ||
1563220789 | Hydrazone Formation Synthesis: 1) [H+], NH2NH2, -H2O | 48 | ||
1563220790 | Reduction of a Ketone Synthesis: 1) LAH 2) H2O | 49 | ||
1563220791 | Grignard Reaction Synthesis: 1) RMgBr 2) H2O | 50 | ||
1563220792 | Cyanohydrin Formation Synthesis: 1) HCN, KCN | 51 | ||
1563220793 | Wittig Reaction Synthesis: 1) H2C=PPh3 | 52 | ||
1563220794 | Baeyer-Villiger Oxidation Synthesis: 1) RCO3H | 53 | ||
1563220795 | Desulfurization Synthesis: 1) Raney Ni | 54 | ||
1563220796 | Wolf-Kishner Reduction Synthesis: 1) NaOH, H2O, Heat | 55 |