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Particle in a 2D and 3D box
Lesson 18 of 27 • 5 upvotes • 9:18mins
Sonali Pandey
Wave function and energy values
(Hindi) Quantum Chemistry: CSIR-UGC NET
27 lessons • 4h 39m
1
Introduction (in Hindi)
9:50mins
2
Basics (in Hindi)
8:29mins
3
ILATE Rule (in Hindi)
9:19mins
4
Gamma Function (in Hindi)
10:19mins
5
Operators (in Hindi)
12:03mins
6
Expression of operators
9:39mins
7
Commutation of an operator
11:52mins
8
Tricks for commutation of operator
13:41mins
9
Normalized Wave Function
10:17mins
10
Normalization constant
14:57mins
11
Previous year questions on Normalization constant
11:40mins
12
Eigen value
7:33mins
13
Laplacian operator
14:59mins
14
Schrodinger wave equation
7:36mins
15
Particle in a 1D Asymmetric box (Part -1)
9:49mins
16
Particle in a 1D Asymmetric box (Part-2)
9:37mins
17
Particle in a 1D Symmetric box
11:13mins
18
Particle in a 2D and 3D box
9:18mins
19
Degeneracy in 1D, 2D and 3D box
6:20mins
20
Simple harmonic oscillator
11:47mins
21
Degeneracy in SHO
10:09mins
22
Wave function for SHO
10:37mins
23
Hermite Polynomial
7:50mins
24
Normalized wave function (in SHO)
6:59mins
25
Wave function Plots (in SHO)
7:58mins
26
Probability and Average value -1
12:24mins
27
Probability and Average value -2
13:28mins
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