This course explores the Bohr model of the atom, discussing its development as a quantum mechanical treatment and its implications for quantum physics. Students will learn about Thomson's Plum Pudding model, Rutherford's Nuclear model, and the limitations of these models. The course covers Bohr's Postulates, quantization of angular momentum, Coulomb's Law, and the calculation of electron orbits and energies for the Hydrogen atom. The teaching method involves a video lecture format. This course is intended for individuals interested in physics, particularly those looking to understand the historical development of atomic models and the transition to quantum mechanics.
Overview
Syllabus
The Bohr model
Thomson's Model
Alpha Scattering
Rutherford's Nuclear Model
Problems with the Nuclear Model
A new approach from Bohr
Bohr's Postulates
Quantisation of angular momentum
Coulomb's Law and Circular Motion
Combining classical and quantum
The size of the atom
Energy Levels
Hydrogen Emission Spectrum
Periodic Table of Emission Spectra
Reflections
Taught by
Physics Explained
