Demo
This page contains demos demonstrating some concepts in the lectures
Lecture 1: Newton’s second law (online), Pendulum (online), Loaded string (local)
Lecture 2: Molecular dynamics (online), molecular dynamics simulation of liquids (online)
Lecture 3: Fourier series (local), wave motion in 2-D (local) and in 3-D (local), ripple tank (local)
Lecture 4: Propagation of electromagnatic wave (online)
Lecture 8: Matrix (online) and vector dot product (local) applets
Lecture 9: Particle in 1-D box (local)
Lecture 10: Particle in 2-D box (local)
Lecture 11: Fermi-Dirac distribution (online)
Lecture 14: Hydrogen atom (local)
Lecture 17: MO and VB demos (local), MO of hydgrogen molecule ion (local)
Lecture 18: The simple Huckel molecular orbital theory calculator (online)
Lecture 19: Harmonic oscillator in 1-D (local)
Lecture 20: Vibration of triatomic molecules (online), normal modes (online)
Lecture 21: 1-D quantum transitions (local)
Lecture 22: Collisional heating by infrared absorption of carbon dioxide (online), IR spectra of green house gases (online) , IR vibration rotation spectrum (online)
Lecture 23: Double well and covalent bonds (online)
Lecture 24: Fluorescence of materials (online)
Lecture 25: Fluorescence spectra and calculations (online)
Lecture 26: Spin populations (online), FID and NMR spectrum (online), precession of magnetization in 1 (online) and 2 (online) frequency-FID
Lecture 27: Chemical shift and J-coupling (online), NMR predictor (online), the AB spectrum (online), ABX spectrum (online), structure determination using NMR (online), J-coupling (online)
Lecture 28: Simplified NMR and MRI (online), MRI simulator (online)