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Approximation methods | MSc Chemistry | Sem 3 | Christian College Chengannur
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Quantum Chemistry III - MSc Chemistry Kerala University
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- 1 Approximation methods | MSc Chemistry | Sem 3 | Christian College Chengannur
- 2 Variation method | Approximation method | MSc Chemistry Sem 3 | Christian College Chengannur
- 3 Variation method | Part 2 | With Example | MSc Chemistry Sem 3 | Christian College Chengannur
- 4 Linear variation functions | MSc Chemistry Sem 3 | Christian College Chengannur
- 5 Secular equations and secular determinants | MSc Chemistry Sem 3 | Christian College Chengannur
- 6 Perturbation method | MSc Chemistry Sem 3 | Christian College Chengannur
- 7 Perturbation method | First order corrections | MSc Chemistry Sem 3 | Christian College Chengannur
- 8 Born Oppenheimer Approximation Part 1
- 9 Born Oppenheimer approximation part 2
- 10 Born Oppenheimer Approximation part 3
- 11 Hydrogen molecular ion: Quanatum mechnaical treatment- Part 1
- 12 Hydrogen molecular ion part 2: MOs
- 13 Hydrogen molecular ion Part 3: electron distribution
- 14 Symmetry of MOs of hydrogen molecular ion
- 15 Hydrogen molecule: Quantum mechanical treatment part 1
- 16 MO theory of H2 molecule- Energy expression
- 17 VB theory of hydrogen molecule
- 18 Hückel's molecular orbital theory
- 19 HMO theory applied to ethylene
- 20 HMO theory applied to allyl systems
- 21 Quantum mechanical treatment of SP hybridization
