Chapter 28 & 30 in Knight Book // Chapter 29, 30 (30.1-30.7) and 28 in OpenStax Online book 

Includes: Wave-Particle Duality, Quantum Physics, Nuclear Physics and Relativity

Unit Objectives (what you should end up knowing)

Lecture Videos

These are listed by content this time

• Quantization and Photons/Photoelectric Effect

  • Photoelectric Effect

    • Review from Crash Course

    • Photoelectric Effect Simulation

    • Photoelectric Effect Video from BU

    • *Photoelectric Effect from DocSchuster (DocS)

      • Kinetic energy of ejected electron

      • Work Function

      • Stopping Potential

    • *Photoelectric Effect from Fullerton

  • Energy Level Diagrams

    • Neon Light Simulation

    • *Models of the Atom from Fullerton

    • *Energy Levels from Fullerton

    • *Atomic Spectra from Fullerton

    • *Energy Levels from DocSchuster (DocS)

      • Energy of a Photon

    • Blackbody Radiation (DocS)

    • Planck's Solution to Blackbody Problem (DocS)

    • Einstein's Explanation to Blackbody Problem (DocS)

    • *Momentum of a Photon (DocS)

• Wave Particle Duality and Quantum Ideas

  • Review from Crash Course 

  • *Duality from Fullerton 

  • DeBroglie

    • *Fullerton

    • *BU

    • *DocPhysics

  • Compton Scattering

    • Compton Scattering (notes from hyperphysics)

    • *Compton Scattering (Video from DocS)

  • Electron Diffraction

    • Davisson-Germer (notes from Hyperphysics)

    • Electon Diffraction Demonstration

    • *Electron Diffraction (DocS)

• Nuclear Physics

  • Simulations: Alpha Decay, Beta Decay, Fission

  • Review from CrashCourse (includes Nuclear Chem, Decay, E=mc2, Strong and Weak Forces, etc)

  • *Mass Energy Equivalence from Fullerton

  • *Nuclear Physics from Fullerton

  • *Intro to Nuclear Physics with Rest Energy (E = mc2) (DocS)

  • *Intro to Decay Processes (DocS)

    • Alpha

    • Beta

    • Gamma

  • How to Make an Atomic Bomb (DocS)

    • includes ...

      • Fission

      • Fusion

      • Mass Defect

  • Radiation from Veritasium

    • Types of Radiation

    • Radiation vs. Radioactive atoms

• Relativity (maybe)

Notes and Problems

• • Chapter Summary

  • Chapter Notes (filled in)

  • AP type Problems (answers)

  • Extra Nuclear Problems (answers)

Labs and Simulations

• • • Planck's Constant Lab

• • Simulations

    • Davisson-Germer Simulation

    • Alpha Decay

    • Beta Decay

    • Fission

Extra Stuff

• • Duffy Quantum Sample Problems [solutions]

  • Nuclear Reaction Sample Problems [solutions] [excel calculator]

  • Duffy Nuclear Sample Problems [solutions]

  • AP Sample Problems [2001#7|key, 2005#7|key, 2006#6|key, 2007#7|key]