Nuclear Motion and Reduced Mass, The Correspondence principle,Quantum Theory of the Hydrogen Atom, Quantum numbers, Total Quantum numbers, Orbital Quantum number
Course Material
- The Thomson model, The Rutherford model, Alpha-Particle Scattering
- Nuclear dimensions, Electron orbits, Failure of classical Physics
- Atomic spectra and its types, Atomic spectra of hydrogen atom , The Bohr atom
- Energy levels and spectra , Atomic excitation and its mechanism, Frank Hertz experiment
- Nuclear Motion and Reduced Mass, The Correspondence principle,Quantum Theory of the Hydrogen Atom, Quantum numbers, Total Quantum numbers, Orbital Quantum number
- Magnetic Quantum Number, Spin-orbit interaction, Exclusion principle
- Electron configuration in many electron-atoms, Hund’s rules, Coupling of angular momenta, LS-coupling, jj-coupling
- Origin of Spectral lines, Selection Rules, One electron Spectra,Two-electron Spectra, Relative intensities in a multiplet, Xray spectra
- Atoms in Magnetic and Electric fields: Space quantization, Magnetic moment, electron probability density
- Zeeman Effect, Paschen-Back effect, Stark effect
- The chemical bond, Molecular formation, Electron sharing
- The H2 molecular ion, The linear combination of atomic orbits method, The H2 molecule
- The Ionic bond, Theories of Bonding
- The valence bond approach, Frankcondon principle
- Chapters 14
- Department Physics
- Teacher
Dr. Yasir Zaman
