Quantum Chemistry for CSIR-NET GATE and IIT-JAM (Hindi)

   Thursday, August 24, 2023   

Starting a new Lecture Notes Series on Quantum Chemistry for CSIR-NET GATE and IIT-JAM

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Channel Name: J Chemistry

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Quantum Chemistry for CSIR-NET GATE and IIT-JAM By Lecture Notes together!

Lecture Description of this above Topic:

Lecture 1: Quantum Chemistry Basics|Gamma Function|Integration|Basic introduction for CSIR-NET GATE and IIT-JAM

Lecture 2: Operators in quantum|Linear Momentum|Hamiltonian|Angular momentum for CSIR-NET GATE IIT-JAM

Lecture 3: Commutation of operators|Expression of operators|Quantum Chemistry CSIR-NET GATE IIT-JAM

Lecture 4: Position and momentum commutator|Operators in quantum mechanics|CSIR-NET GATE IIT-JAM

Lecture 5: Normalisation concept|Normalisation constant of wave functions Quantum mechanics|CSIR-NET GATE JAM

Lecture 6: Eigen Value|Eigen function|Eigen operator|Questions and solutions|Quantum mechanics

Lecture 7: Schrodinger equation|Particle in 1D box|Wave function plots|Probability plots|CSIR-NET GATE IIT-JAM

Lecture 8: Particle in a 1D symmetric box|Wave function plots|Particle in 2D 3D box|Wave functions|Energy

Lecture 9: Degeneracy in 1D 2D 3D box|zero point energy|Quantum mechanics CSIR-NET GATE IIT-JAM

Lecture 10: SHO|simple harmonic oscillator|energy degeneracy|quantum mechanics CSIR-NET GATE

Lecture 11: Hermite Polynomial|SHO wave functions|Normalisation Constant|Quantum mechanics CSIR-NET GATE

Lecture 12: Wave Function Plots|Probability plots|SHO quantum mechanics CSIR-NET GATE

Lecture 13: Average value|Expectation value quantum mechanics|Probability|Quantum mechanics

Lecture 14: Huckel theory|Secular Determinant|Coulomb integral|Overlap integral|Resonance integral|quantum

Lecture 15: Huckel theory of conjugated systems|Energy calculations|Benzene|ethene|allylic system|tricks

Lecture 16: Perturbation theory quantum mechanics|First order perturbation|derivation|solved questions examples

Lecture 17: Variation Principle quantum mechanics|Variation principle in quantum chemistry|Questions|problems

Lecture 18: Hermitian operator in quantum mechanics|Properties|Anti hermitian matrix|Skew hermitian matrix

Lecture 19: Hydrogen atom quantum mechanics|Wave function|How to find n l m quantum numbers|Spherical harmonics

Lecture 19: Radial wave function plots|Average value of radius hydrogen atom|Radial nodes |Angular nodes|Quantum