Unit 8a: Light Reflection
Unit 8a: Light Reflection
Chapter 1: Light Scattering
Chapter 2: Ionization Energy
Chapter 3: Electron Movement Between Atomic Shells
Chapter 4: Rydberg Formula
Chapter 5: Spectroscopy
Chapter 6: Fraunhofer Lines
Chapter 7: Max Planck
Chapter 8: Energy Quanta
Chapter 9: James Maxwell
Chapter 10: Louis de Broglie
Chapter 11: Lasers
Chapter 12: Polarization of Light
Chapter 13: 3-Dimensional Vision
Unit 8b: Mirrors and Lenses
Unit 8b: Mirrors and Lenses
Chapter 1: Virtual Images
Chapter 2: Convex vs. Concave Mirrors
Chapter 3: Principal Axis
Chapter 4: Center of Curvature
Chapter 5: Focal Point
Chapter 6: Angle of Incidence
Chapter 7: Angle of Reflection
Chapter 8: Parabolic Mirrors
Chapter 9: Mirror Equation
Chapter 10: Diopters
Chapter 11: Combining Lenses
Chapter 12: Diverging Lenses
Chapter 13: Lens Maker’s Equation
Chapter 14: Constructive and Destructive Light Ray Interference
Chapter 15: Thomas Young
Unit 9: Electricity
Unit 9: Electricity
Chapter 1: Electrical Charges
Chapter 2: Electrical Field
Chapter 3: Electrical Field Strength
Chapter 4: Permittivity
Chapter 5: Electrical Force
Chapter 6: Gravitation Force vs. Electrical Force
Chapter 7: Newton’s Third Law
Chapter 8: Robert Millikan
Chapter 9: Electrical Force in a Nucleus
Chapter 10: Electrical Force Vectors
Chapter 11: Lightning
Chapter 12: van der Graaf Generator
Chapter 13: Electrical Flux
Chapter 14: Electrical Field in Hollow Chambers
Chapter 15: Coaxial Cable
Chapter 16: Voltage
Chapter 17: Capacitor
Chapter 18: Capacitance
Unit 9a: Current and Magnetism
Unit 9a: Current and Magnetism
Chapter 1: Current
Chapter 2: Resistance
Chapter 3: Electrical Work
Chapter 4: Electrical Power
Chapter 5: Electrical Circuits in Series
Chapter 6: Electrical Circuits in Parallel
Chapter 7: Measuring Current, Voltage, Capacitance
Chapter 8: Gustav Kirchhoff
Chapter 9: Electrical Force Between Electrical Fields
Chapter 10: Magnetic fields Around a Moving Electrical Charge
Chapter 11: Right-Hand Rule
Chapter 12: Magnetic Forces Between Electrical Fields
Chapter 13: Pole Strength
Chapter 14: Webers
Chapter 15: Magnetic Field Strength
Chapter 16: Teslas
Chapter 17: Calculating Magnetic Force Between Magnetic Fields
Chapter 18: Solenoid
Chapter 19: Magnetic Metals
Chapter 20: Electromagnets
Unit 9b: Electricity and Magnetism
Unit 9b: Electricity and Magnetism
Chapter 1: Current
Chapter 2: Ammeter
Chapter 3: Voltmeter
Chapter 4: Electrical Motor
Chapter 5: Michael Faraday: Electromotive Force
Chapter 6: Lenz’ Law
Chapter 7: Electrical Generator
Chapter 8: Eddy Currents
Chapter 9: Alternating Current
Chapter 10: Back Electromotive Force
Chapter 11: Transformer
Chapter 12: Electrical Power Stations
Chapter 13: Inductance
Chapter 14: Impedance
Chapter 15: Resonant Frequency
Unit 10: The Atom
Unit 10: The Atom
Chapter 1: Thomas Young’s Slit Experiment
Chapter 2: James Clerk Maxwell
Chapter 3: Heinrich Hertz
Chapter 4: Phillipp Lenard
Chapter 5: Photoelectric Effect
Chapter 6: Albert Einstein
Chapter 7: Work Energy
Chapter 8: Max Planck
Chapter 9: Electromagnetic Radiation: Wave vs. Particle
Chapter 10: Planck’s Constant
Chapter 11: Speed of Light
Chapter 12: Arthur Compton
Chapter 13: Louis de Broglie
Chapter 14: Werner Heisenberg
Chapter 15: Electron Probability Clouds
Chapter 16: Photon Absorption
Chapter 17: Theodore Maiman: The Laser
Chapter 18: Fluorescent Light Bulbs
Unit 10a: The Nucleus
Unit 10a: The Nucleus
Chapter 1: Thomas Edison
Chapter 2: Rectifying Alternating Current
Chapter 3: Sir John Fleming: the Vacuum Tube
Chapter 4: Lee De Forest: Amplifying Current
Chapter 5: Transistors
Chapter 6: Michaelson and Morley
Chapter 7: Einstein’s Theory of Special relativity
Chapter 8: E = mc2
Chapter 9: Nuclear Decay
Chapter 10: Nuclear Stability
Chapter 11: Henri Becquerel: Radioactivity
Chapter 12: Ernest Rutherford: Alpha Waves
Chapter 13: Nuclear Fission
Chapter 14: Nuclear Reactors
Chapter 15: Nuclear Fusion