Course: Quantum Physics I

Here you will learn what Planck's constant is and where it occurs, as well as its exact value.

Here you will learn how to determine energy of photons and how this energy depends on the color of light (frequency or wavelength).

Here you will learn how the photoelectric effect is explained quantum mechanically, how the stopping voltage method works and everything else you need to know.

Here you will learn about matter waves and how they are characterized by the de Broglie wavelength (matter wavelength).

Derivation of the Heisenberg uncertainty relation for momentum and position using a single slit through which many electrons pass and for which the De Broglie relation holds.

The Bohr model describes the structure of atoms. It is the first model of the atom that takes quantum physics into account.

Derivation of the formula for wavelength for the Compton scattering, where a photon collides with an electron.