CHE P-13 : Applications of molecular symmetry and group theory (e-PGP) (English)

   Thursday, June 15, 2023   

Starting a new Lecture Notes Series on CHE P-13 : Applications of molecular symmetry and group theory (e-PGP)

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CHE P-13 : Applications of molecular symmetry and group theory (e-PGP)
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Lecture Description of this above Topic:

Lecture 1: Symmetry Elements and Symmetry Operations Part- 1 (CHE)

Lecture 2: Symmetry Elements and Symmetry Operations part -II (CHE)

Lecture 3: Definition of group and its characteristics (CHE)

Lecture 4: Products of symmetry operations (CHE)

Lecture 5: Symmetry equivalent atoms and symmetry equivalent elements

Lecture 6: Classification of molecules into point group. Part-1 (CHE)

Lecture 7: Classification of molecules into point group part-II

Lecture 8: Group multiplication table, symmetry properties of orbitals and group generator (CHE)

Lecture 9: Symmetry and optical activity and dipole moment (CHE)

Lecture 10: Representation of point group part-1 matrix algebra (CHE)

Lecture 11: Representation of point group part-2 atomic orbitals and Cartesian coordinates as the bases (CHE)

Lecture 12: Representation of point group part-3 Unit vectors as the basis for representation (CHE)

Lecture 13: Representation of point group part-3 Unit vectors as the basis for representation (CHE)

Lecture 14: Reducible representation part-2 (CHE)

Lecture 15: Irreducible representation part-1 (CHE)

Lecture 16: Irreducible representations and great orthogonality Theorem: Part-II (CHE)

Lecture 17: Great orthogonality theorem and its applications: part-I (CHE)

Lecture 18: Great orthogonality theorem and its applications: part-II character table (CHE)

Lecture 19: Great Orthogonality Theorem and its applications: Prat-3 (CHE )

Lecture 20: Direct product representation (CHE)

Lecture 21: Symmetry adapted linear combination of atomic orbitals: Part-1 (CHE)

Lecture 22: Symmetry Adapted Linear combinations of Atomic Orbitals: Part-III

Lecture 23: Symmetry adapted linear combinations of atomic orbitals: part-III (CHE)

Lecture 24: Group theory and vibrational spectroscopy part-1 (CHE )

Lecture 25: Group theory and vibrational spectroscopy part-2

Lecture 26: Group theory and vibrational spectroscopy part-3 (CHE)

Lecture 27: Group theory and vibrational spectroscopy: Part-4 (CHE)

Lecture 28: Group theory and vibrational spectroscopy: Part-V (Classification of vibrational modes) (CHE)

Lecture 29: Group theory and vibrational spectroscopy (CHE)

Lecture 30: Group theory and vibrational spectroscopy: Part-7 (Vibrational modes and geometry of molecules) CHE

Lecture 31: Symmetry and chemical bonding: Part-II (Hybridization)

Lecture 32: Symmetry and chemical bonding: Part-III (Hybridization) (CHE)

Lecture 33: Symmetry and chemical bonding: Part-III (Hybridization) (CHE)

Lecture 34: Symmetry and chemical bonding: Part-IV (Molecular orbital formation)

Lecture 35: Symmetry and chemical bonding part-V MO formation