Schrodinger Equation for Spherical Symmetric Potential Energy

Course Content
Unit-2
A relationship between radiation and matter, a group of waves are associated with the material body, how we will understand in this topic? What is phase velocity and group velocity we will observe here.
0/2
de Broglie wavelength and matter waves
14:19
Well behaved wave function & Normalization Constant
11:42
Unit-8
0/1
Particle in a One Dimensional Box
34:42
Unit-9
0/3
Schrodinger’s Time Independent and Time Dependent Wave Equations
23:36
Time Independent Schrodinger Equation in Spherical Coordinates-Hydrogen Atom
29:38
Schrodinger Equation for Spherical Symmetric Potential Energy
16:19
Unit-10
0/4
Space Quantization and Atomic Dipole Moment
30:09
The Zeeman Effect
21:23
Anomalous Zeeman Effect
23:04
Zeeman Effect Series -Part 3
21:37
Unit-11
0/5
Symmetric and Antisymmetric Eigenfunctions: Degenerate states
19:13
The Pauli’s Exclusion Principle
14:52
Atomic Dipole Moment
13:00
Exchange Forces & The Helium Atom
18:39
The Symmetry Character of Various Particles
04:02
Quantum Mechanics (B.Sc.)

In this video lecture, the Schrodinger Equation is breaking into three differential equations with R, theta and phi functions.

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