Week 4 to 5:Hydrogen bonding, mechanism, types with examples.
Interaction involving a hydrogen atom located between a pair of other atoms having a high affinity for electrons such a bond is weaker than an ionic bond but stronger than van dar waals force.
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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
