Learn · Co-Ordination Chemistry (Chemistry Of Transition Elements)
Lecture 40 of 40Week 12
Lecture 40 : Biological Inorganic Chemistry
Prof. Debashis Ray · IIT Kharagpur
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All the lectures
- Lecture 1 : Introduction
- Lecture 2 : Definition
- Lecture 3 : Classification of Ligands - I
- Lecture 4 : Classification of Ligands- II
- Lecture 5 : Ligands- III and Nomenclature- I
- Lecture 6 : Nomenclature- II
- Lecture 7 : Coordination Number- I
- Lecture 8 : Coordination Number- II
- Lecture 9 : Coordination Number- III
- Lecture 10 : Coordination Number- IV
- Lecture 11: Isomerism - I
- Lecture 12: Isomerism - II
- Lecture 13: Co-ordination Equilibria - I
- Lecture 14: Co-ordination Equilibria - II
- Lecture 15: Bonding in Complexes - I
- Lecture 16: Bonding in Complexes - II
- Lecture 17: Bonding in Complexes - III
- Lecture 18: Bonding in Complexes - IV
- Lecture 19: Jahn - Teller Effect
- Lecture 20: Spin Crossover and Colour
- Lecture 21 Optical Spectra
- Lecture 22 d-d Transitions
- Lecture 23 : Charge Transfer
- Lecture 24 : Orgel Diagram
- Lecture 25 : Tanabe Sugano Diagram
- Lecture 26 : MLCT Transitions
- Lecture 27 : Application of CFT
- Lecture 28 : Spinels
- Lecture 29 : Magnetochemistry
- Lecture 30 : Magnetic Properties
- Lecture 31 : Magnetic Measurements
- Lecture 32 : Ligand Field Theory
- Lecture 33 : Sigma Orbitals
- Lecture 34 : Pi Orbitals
- Lecture 35 : Reaction Mechanism - I
- Lecture 36 : Reaction Mechanism - II
- Lecture 37 : Reaction Mechanism - III
- Lecture 38 : Reaction Mechanism - IV
- Lecture 39 : Reaction Mechanism - V
- Lecture 40 : Biological Inorganic Chemistry