Synthetic Routes - Aliphatic Compounds Flashcards
Alkanes to haloalkanes
Reagent - halogen
Condition - UV light
Mechanism - Free radical substitution
Alkenes to alkanes
Reagent - H2 + Ni catalyst
Condition - 150°C
Mechanism - Electrophilic addition
Alkenes to haloalkanes
Reagent - hydrogen halide
Condition - room temperature
Mechanism - Electrophilic addition
Haloalkanes to alcohol
Reagent - NaOH (aq)
Condition - heat under reflux
Mechanism - Nucleophilic substitution
Alcohol to haloalkane
Reagent - NaX + H2SO4
Condition - heat under reflux
Mechanism - Nucleophilic substitution
Alkenes to alcohols
Reagent - Steam + H2SO4
Condition - Heat
Mechanism - Hydration
Alcohols to alkenes
Reagent - H3PO4 or H2SO4
Condition - Heat
Mechanism - Elimination/dehydration
Alcohols to ketones
Reagent - K2Cr2O7 / H2SO4
Condition - Heat under reflux
Mechanism - Oxidation
Alcohols to aldehydes
Reagent - K2Cr2O7 / H2SO4
Condition - Distillation
Mechanism - Oxidation
Alcohols to carboxylic acids
Reagent - K2Cr2O7 / H2SO4
Condition - Heat under reflux
Mechanism - Oxidation
Haloalkane to nitrile
Reagent - NaCN, ethanol
Condition - Heat under reflux
Mechanism - Nucleophilic substitution
Nitrile to amine
Reagent - H2, Ni catalyst (or LiAlH4)
Condition - High temperature & pressure
Mechanism - reduction
Haloalkane to amine
Reagent - NH3, ethanol
Mechanism - Nucleophilic substitution
Aldehyde/ketone to hydroxynitrile
Reagent - NaCN (aq)/H+ (aq)
Mechanism - Addition reaction
Aldehyde to alcohol
Reagent - NaBH4
Mechanism - Reduction