Physics 1
Mechanics
Distance, velocity, acceleration
Descending a slope
Newton's second law
Energy conservation
Collisions in one dimension
Mathematical Pendulum
Simple harmonic oscillator and forced oscillations
Angular acceleration
Energy conservation in rotational movements
Conservation of angular momenta
Electricity and Magnetism
Coulombs law
Electrical fields and potential
DC circuits
Ohms law
Introduction to Dataloger
Capacitorcharge and discharge
Force on an electrical current in a
magnetic field
Deflection of electrons in an
electromagnetic field
Introduction to the oscilloscope
Resonance in RLC circuits
Damped oscillations in RLC circuit

Physics
2
Geometric optics
Reflection and refraction
Lenses and images
Dispersion
Curved mirrors
colors
Waves
Waves on a string and on spring.
Fourier series and Fourier transform
Diffraction, interference and dispersion of
light
Polarization.
Water waves
Spectroscopy
Microwaves
Thin films.
Thermodynamics
Calorimeter
Heat capacity
Heat of fusion and heat of vaporization.
Ideal gas equation of state.
Heat Condactivity
Expansion coefficents
Vapor pressure as function of the temperature
Heat transfer
Approach to equilibrium
StephanBoltzman

Physics
3
Modern Physics
MichelsonMorly interferometer
FabriPro Interferometer
Photoelectric effect
Measurement of the speed of light
Speed of light in fiber optics
and coaxial cables
Absorption of light in sodium
Frank Hertz experiment
Milicken experiment
Thermal radiation
Diffraction and interference of electrons
Electron spin resonance
Measurment of e/m.
Black body radiation.
Radioactive decay and emmision.

Condensed
matter
Heat capacity at low temperature
The Hall effect
Temperature dependence
of resistentivity of semiconductors
Ferromagnetic phase transition
Diodes.
Nuclear
Physics
Giger counter
Alpha radiation
Beta radiation
Gamma radiation
