Resources

Chapter 13 Images

• Chapter 13
• Additional cosmology Images

Classical Concept Review

• Classical Relativity
• Speed of Light
• Interference Fringes
• The Lorentz Force
• Millikan's Oil Drop Experiment
• Early Measurements of e/m
• Mass Spectrometer
• q/m from the Zeeman Effect
• Modes of Oscillation
• Energy of a Particle in an Elliptical Orbit
• Reduced Mass
• The Fourier Integral
• Origin of the Harmonic Oscillator Selection Rule
• Harmonic Oscillator
• Spectroscopic Nation
• Magnetic Moment
• Derivation of the Boltzmann Distribution
• Kinetic Theory
• Distribution Functions
• vrms from the Equipartition Theorem
• Einstein’s Theory of Specific Heats
• Multipole Radiation
• Thermal Conduction—The Classical Model
• Mean Free Path
• Classical Theory of Electrical Conduction
• Defects in the Classical Theory of Conduction
• Mass Spectrometer
• Electrostatic Energy of a Sphere of Charge
• Speed of Light
• Lagrangian Points
• Scattering of Starlight
• Radiation Pressure

More Sections

• The Michelson-Morely Experiment
• The Case of the Identically Accelerated Twins
• Perihelion of Mercury’s Orbit
• Delay of Light in a Gravitational Field
• Gravitational Field Compton's Equation
• Rutherford's Prediction and Geiger's and Marsden's Results
• Critique of Bohr Theory and of the “Old” Quantum Mechanics
• Two-Slit Interference Pattern
• Two-Slit Interference Pattern the Finite Square Well
• Transitions Between Energy States
• Schrödinger’s Trick
• Tunnel Diodes
• Multielectron Atoms
• The Zeeman Effect
• Defining Temperature and Entropy
• A Derivation of the Equipartition Theorem
• Other Covalent Bonds
• Thermal Conduction—The Quantum Model
• Energy Bands in Solids s—An Alternate Approach
• How Transistors Work
• Liquid-Drop Model and the Semiempirical Mass Formula
• Production and Sequential Decays
• Energetics of Alpha Decay
• The Mössbauer Effect
• Finding the “Correct” Shell Model
• Nuclear Power
• Interaction of Particles and Matter
• Radiation Dosage
• When Is a Physical Quantity Conserved?
• Resonances and Excited States
• String Theory