Organic Reactions
par Rahul Maity
1. Elimination reaction of organic chemical reaction in which a pair of atoms or groups of atoms are removed from a molecule, usually through the action of acids, bases or metals in some cases, by heating temperature
2. Hydrogenation of Alkenes
3. Oxidation of hot alkaline KMnO4
4. ELimination Reaction
4.1. α-elimination
4.2. γ-elimination
5. Reduction Reaction
5.1. Hydrogenation of Alkynes
5.2. Carboxylic Acid Reduction
5.2.1. Reduction of Aromatic Compounds
5.2.2. Alcohol reduction
5.2.3. Reduction of alkanes
5.3. Reduction of acid chloride
5.3.1. Reduction of Aldehydes ( Rosenmund's reaction)
5.3.2. Reduction of Alcohols
5.4. Reduction of acid amide
6. Ring Openings
7. Oxidation reaction in terms can be defined as adding oxygen to a compound.
8. Reduction reaction in terms can be defined as removing oxygen to a compound.
9. A Polymerization in which a cyclic monomers yields a monomeric unit which is acyclic or contains fewer cycles than the monomers. Ring opening reaction are like Expoxide Ring-Opening with strong Nucleophilic, Expoxide Ring-Opening with weak Nucleophilic, etc..
9.1. Oxidation Reaction
9.1.1. Oxidation of Alkanes
9.1.1.1. Combustion
9.1.1.2. Incomplete combustion
9.1.2. oxidation of aromatic compounds
9.1.3. Oxidation of aldehydes
9.1.3.1. Tollens Reagent
9.1.3.2. Fehlings solution
10. Substitution Raction
10.1. Nucleophilic Reaction
10.2. Friedal crafts acylation
10.3. Electrophilic Reaction
10.4. Sulphonation
10.5. Friedal crafts alkylation
11. Addition Reaction
11.1. Additon of Halogen
11.2. Addition of halogen halides
11.3. Addition of symmetrical alkenes
11.4. Addition of unsymmetrical alkenes
12. cyclisation reaction
12.1. Cyclistaion and Aromatization
12.2. Dehydrocyclisation of alkanes
12.3. preparation of cycloalkanes
12.3.1. freund method by alpha ,omega dihalides
12.3.2. from barium and calcium salts of dibasic acids
12.3.3. condensation of alpha,omega dihalidess with malonic ester (perkins reaction)
12.3.4. From disodio acetoacetyic and dihalogenated paraffins
12.3.5. diels alder reaction
12.3.6. reforming of n octane