REACTIONS:
- ALKANE → HALOALKANE, mechanism: free radical substitution, condition: UV light
- HALOALKANE → AMINE (primary, secondary, tertiary, quaternary ammonium salt), mechanism: nucleophillic substitution, reagent: ammonia, condition: heat
- HALOALKANE → NITRILE, mechanism: nucleophillic substitution, reagent: Cyanide OR Potassium/Hydrogen Cyanide, conditions: ethanol, reflux
- NITRILE → PRIMARY AMINE, reaction: reduction, reagent: LiAlH4, conditions: in DRY ether
- HALOALKANE → ALCOHOL, reagent: NaOH, condition: Reflux
- HALOALKANE → ALKENE, mechanism: elimination
- ALKENE → HALOALKANE, mechanism: electrophyllic addtion, reagent: HBr, condition: twenty degrees
- ALCOHOL → ALDEHYDE/KETONE, reaction: oxidation, reagent: acidified potassium dichromate, condition: distil
- ALDEHYDE → CARBOXYLIC ACID, reaction: oxidation, reagent: acidified potassium dichromate, condition: heat + reflux
- ALDEHYDE/CARB ACID/KETONE → ALCOHOL, reaction: reduction, reagent: NaBH4, condition: in water with methanol
- CARBOXYLIC ACID → ESTER, reagent: alcohol, conditions: strong acid catalyst, reflux
- ESTER → CARBOXYLIC ACID, reagent: water, conditions: strong acid catalyst, room temperature.
- ALDEHYDE/KETONE → reagent: HCN, conditions: twenty degrees
- ACYL CHLORIDE → ESTER, mechanism: addition elimination, reagent: alcohol, conditions: twenty degrees
- ACYL CHLORIDE → PRIMARY AMIDE, reagent: Ammonia, ADDITION ELIMINATION. Twenty degrees
- ACYL CHLORIDE → AMINE, reagent: amine, conditions: twenty degrees.
- ACYL CHLORIDE → CARBOXYLIC ACID, reagent: water, conditions: twenty degrees.
