Week 6 to 7:Introduction to EAN rules as applies to metal carbonyls, Evaluation of structures based on spectroscopic evidences.
EAN RULE ..a number of metal complexes the metal atom tends to surround itself with sufficient ligands that the resulting effective atomic number is numerically equal to the atomic number of the noble-gas element found in the same period in which the metal.
Course Material
- Week 1 to 2 : Introduction to dipole moments,nature of different types of molecules.
- week 2 to 3:Intermolecular and intramolecular forces
- Week 3 to 4: Dipole dipole forces , Dipole induced dipole forces, London dispersion forces.
- Week 4 to 5:Hydrogen bonding, mechanism, types with examples.
- Week 5 to 6:Band theory of metallic bonding
- Week 6 to 7:Introduction to EAN rules as applies to metal carbonyls, Evaluation of structures based on spectroscopic evidences.
- Week 7 to 8:Classification of transition metal Carbonyls
- 8 to 10:Preparation of mononuclear carbonyl
- week 10 to 11: Binuclear metal carbonyls.
- week 11 to 12:Chemistry of Metal Carbonyls
- week 12 to 13:Applications of Metal Carbonyls and their derivatives to catalysis and organic synthesis
- week 13 to 14: Types of reagents
- week 14 to 15: Complexometric titrations involving various reagents.
- week 15 to 16:Chelates and chelate effect.
- WEEK 16:Revision of some important topics
- Chapters 15
- Department Chemistry
- Teacher
Dr. Abdul Karim
