Introduction to Quantum Mechanics and the Chemical Bond 2010-2011

Syllabus

Introduction

Class Exercise 1

Home Exercise 1

Solution 1

Double-slit experiment - I

Double-slit experiment - II

Double-slit experiment - III

Double-slit experiment - IV

Schrodinger's equation

Complex Numbers - I

Complex Numbers - II

Complex numbers - III

Complex numbers - IV

Operators

Class Exercise 2

Home Exercise 2

Solution 2

Postulates

Particle in 1D box

Class Exercise 3

Home Exercise 3

Solution 3

Particle in 3D box

2D wavefunction

Commuting Hermitian Operators

2 particles in a 1D box

Particle in a ring

Class Exercise 4

Home Exercise 4

Solution 4

Harmonic oscillator

Class Exercise 5

Home Exercise 5

Solution 5

Midterm evaluation

lectures

exercise

Rigid Rotor

Class Exercise 6

Home Exercise 6

Solution 6

Hydrogen atom

Class Exercise 7

Home Exercise 7

Solution 7

Orbitals

Helium atom

Class Exercise 8

Home Exercise 8

Solution 8

Non-degenerate perturbation theory

Variational method

Class Exercise 9

Home Exercise 9

Solution 9

Spin

Class Exercise 10

Home Exercise 10

Solution 10

Lithium atom

Molecules - Born-Oppenheimer approximation

Class Exercise 11

Home Exercise 11

Solution 11

H2+

H2

Homo-nuclear diatomic molecules

Hetero-nuclear diatomic molecules

Valence Bond

Class Exercise 12

Home Exercise 12

Solution 12

Huckel

Exercise grades

Group 1

Group 2

Exam-2007

Moed B

Solution B

Exam-2010

Moed A

Solution A

Moed B

Solution B

Exam-2011

Moed A

Solution A

Moed B

Solution B