Embedded Files
CHEM 105 module 3
CHEM 105 follows a "skipping Bohr" approach to electronic structure. Big thanks to Prof. Binyomin Abrams, Alessandra Orazi, and Nadja Jacimovic of Boston University for sharing their videos (herein 3.01 to 3.10) with us! For more information on the skipping Bohr approach, please visit this website.
For a traditional, historical, and Bohr-centric approach to electronic structure, please visit this YouTube playlist.
3.01: Particle-wave duality: what are electrons?
3.01: Particle-wave duality: what are electrons?
3.02: Light
3.02: Light
3.03: Resonance – interaction of light and matter
3.03: Resonance – interaction of light and matter
3.04: Absorption of light by electrons
3.04: Absorption of light by electrons
3.05: Photon energy
3.05: Photon energy
3.06: Electrons as standing waves
3.06: Electrons as standing waves
3.07: Shapes of electron waves – the angular momentum quantum number
3.07: Shapes of electron waves – the angular momentum quantum number
3.08: Bohr model
3.08: Bohr model
3.09: Calculating absorption and emission wavelength
3.09: Calculating absorption and emission wavelength
3.10: Hydrogen emission spectrum explained
3.10: Hydrogen emission spectrum explained
Page updated
Report abuse