The “Chemical Bonding – Molecular Quantum Mechanics” playlist covers the following topics for “CSIR UGC – NET JRF, IIT-GATE & M.Sc. Chemical Science / Chemistry” Course covers the following topics:
- Definition and Significance of Symmetry
- Polygons and Polyhedral Geometries
- Symmetry Elements and Symmetry Operations
- Axis of Rotation or Symmetry Axis (Cn)
- Plane of Symmetry or Symmetry Plane (σ)
- Center of Symmetry or Inversion Center (i)
- Improper Axis of Rotation or Alternating Axis of Symmetry (Sn)
- Molecular Point Groups
- Matrix Representations of Geometrical Operations
- Molecular Point Groups as Mathematical Groups
- Group Multiplication Tables: C2v and C3v
- Similarity Transformation and Symmetry Classes
- Reducible and Irreducible Representations: Matrix Forms of Symmetry Operation of Molecular Point Groups
- The Great Orthogonality Theorem: Properties of Irreducible Representations
- Character Tables: Definition and Their Construction
- Nomenclature of Irreducible Representations: Mulliken Symbols
- Mulliken Symmetry of Translational Vectors and Their Significance
- Mulliken Symmetry of Rotational Vectors and Their Significance
- Mulliken Symmetry of Cartesian Tensors and Their Significance
- Reduction Formula: Resolution of a Reducible Representation into its Irreducible Components
- Mulliken Symmetry of Total Degree of Freedom
- Mulliken Symmetry of Vibrational Degree of Freedom: IR and Raman Activity
- Valence Bond Treatment of σ-Bonding in Polyatomic Molecules Using Point Group Symmetry
- Valence Bond Treatment of π-Bonding in Polyatomic Molecules Using Point Group Symmetry
- Molecular Orbital Treatment of σ-Bonding in Polyatomic Molecules Using Point Group Symmetry
- Molecular Orbital Treatment of π-Bonding in Polyatomic Molecules Using Point Group Symmetry
- Determination of the Spectral Transition Probability Using Molecular Symmetry
- List of Character Tables of Some Important Point Groups
——————————————————————————————————————————————
Join Full Course (CSIR UGC – NET JRF, IIT-GATE & M.Sc: Chemical Science / Chemistry)
https://www.dalalinstitute.com/chemistry/classes/csir-ugc-net-jrf-iit-gate-m-sc-chemistry/