CHM320
Physical Chemistry I: Quantum Chemistry and Spectroscopy
Useful Links
Calculus Crash Course from
Harvey Mudd College
On Line Integrator
Newton's
Law (link to Hyperphysics) Newton's
Law (link to Physics classroom)
Electromagnetic
Radiation (theory) EM
wave (animation)
Three laws in electromagnetic theory
1) Gauss's law
2)
Faraday' law 3)
Ampere's law
Photoelectric Effect (Demonstration): Simple
Demonstration In-depth
Analysis
Failure of classical physics
(Theories)
1) Photoelectric Effect 2)
Hydrogen atom emission 3)
Blackbody radiation
Additional
Reading
Wave-Particle Duality
1) Historical Perspective 2)
double-slit experiment (animation)
3) double-slit
experiment (lecture)
Schrodinger's
paper: Phys. Rev. vol. 28, 1049 (1926)
Plot of wavefunction and probability
distributions
1) Pargicle-in-a-box
2) Harmonic Osicllator
3) Harmonic Osicillator (large n)
Vibration
of diatomic molecule
1) animation
2) Harmonic Oscillator model
Quantum
Tunneling through a Potential Barrier
Quantum
Tunneling/Scanning Tunneling Microscope (STM)
Wavefunctions of 2D Particle
in a box
1) (nx,ny)
= (1,1) 2) (nx,ny)
= (2,1) 3) (nx,ny)
= (2,2)
Wavefunctions of 3D particle in a box
1) (nx,ny,nz)=(1,1,1),(2,1,1),(2,2,2),(5,5,5)
2) (nx,ny,nz)=(1,2,3)
Spherical Harmonics Squared
Spherical Harmonics (real,
imaginary)
What are Quantum
Dots?
How to make quantum dots? Quantum
Dots for Solar Energy Conversion
Hydrogen Atom Wavefunctions
1) Radial
Function
2) Radial Distribution
3) Atomic Orbitals
(Radial & Angular combined)
2p
orbitals 3d
orbitals
Stern-Gerlach Experiment
Experimental
Set-up
Video
Demonstration
What is Spin
H2+ molecular orbitals
MO diagram of 2nd row diatomic molecules