AP Physics 2
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Unit 9: Thermodynamics

Sorry, I do not have any thermodynamics videos, ... yet.

Unit 10: Electric Force, Field, and Potential

AP Physics 1 Electrostatics Review
Total Playlist Time: 81 minutes
10.1: Electric Charge and Electric Force - All Lecture Notes
  1. [1] (12:12) Electric Charge, Law of Charges, and Quantization of Charge - edpuzzle
  2. [1] (12:10) Introduction to Coulomb's Law or the Electric Force - edpuzzle
  3. [1] (5:11) Polarization of Charge - edpuzzle
  4. [3] (7:16) Determining the Speed of the Electron in the Bohr Model of the Hydrogen Atom - edpuzzle​
  5. Electric Permittivity
10.2: Conservation of Electric Charge and the Process of Charging - All Lecture Notes
  1. [1] (13:15) Charging by Conduction and Induction - edpuzzle
  2. [3] (13:18) Conservation of Charge Example Problems - edpuzzle​
  3. [4] (16:21) Balloon Excess Charges Experiment - edpuzzle
10.3: Electric Fields - All Lecture Notes
  1. APC [1] (8:59) Electric Fields - edpuzzle
  2. ​0633 Electrostatic Equilibrium​
10.4: Electric Potential Energy
  1. Electric Potential Energy​​
10.5: Electric Potential
  1. Electric Potential
  2. Electric Potential Difference
    1. ​(take pieces of this) [2] (15:09) Electric Potential Difference and Circuit Basics - edpuzzle
  3. ​Electric Potential Difference and a Constant Electric Field​​
  4. Equipotential Lines​
10.6: Capacitance
  1. APC [3] (7:02) Capacitance - edpuzzle (uses surface charge density, which I do not think has been defined yet.)
  2. APC [3] (7:48) Parallel Plate Capacitors - edpuzzle
  3. Parallel Plate Electric Field
  4. Can a moving charged particle be like projectile motion?
10.7: Conservation of Electric Energy
  1. APC [3] (4:59) Speed of a Proton in a Uniform Electric Field - edpuzzle

Unit 11: Electric Force, Field, and Potential

11.1: Electric Current
  1. [2] (10:13) Introduction to Conventional Current and Direct Current with an Example Problem - edpuzzle
    1. It is finally time to replace these original 3 videos.
11.2: Simple Circuits
  1. APC [2] (6:19) Electric Circuit Basics
  2. Closed, Open, and Short Circuits
    1. This is covered in Electric Potential Difference and Circuit Basics. How do I use these two videos????
  3. [2] (15:09) Electric Potential Difference and Circuit Basics - edpuzzle
    1. ​This video includes resistance. Perhaps move this video to after Resistance?
11.3: Resistance, Resistivity, and Ohm's Law​
  1. [2] (13:37) Defining Resistance, Ohmic vs. Non-Ohmic and Electric Power - edpuzzle
    1. It's time to replace this video with a new one "Resistance and Ohm's Law"
  2. [2] (12:06) Resistivity - edpuzzle
  3. [2] (10:29) Graphing Resistivity - edpuzzle
11.4: Electric Power​
  1. Electric Power
  2. ​​[2] (9:29) Finding the Cost to Power Light Bulbs and Defining KiloWatt Hour - edpuzzle
    1. This video might be good to redo here.
11.5: Compound Direct Current (DC) Circuits​
  1. APC [2] (2:02) Terminal Voltage - edpuzzle
  2. APC [2] (10:46) Resistor Series and Parallel Circuits - edpuzzle​
  3. [3] (10:26) Resistors in Series and Parallel Equation Derivations - edpuzzle
    1. ​Do I skip this video because it uses Kirchhoff's Rules?
    2. I could put it after "Kirchhoff's Rules of Electrical Circuits" as an example of how to use Kirchhoff's Rules...
  4. [2] (27:37) Basic Series and Parallel Resistor Circuit Demos and Animations - edpuzzle
  5. [3] (15:25) Intermediate Series and Parallel Resistor Circuit Demos and Animations - edpuzzle
  6. [2] (6:50) Resistor Circuit Example - edpuzzle​
  7. ​​APC [1] (4:13) Ammeter and Voltmeter - Where Do They Go? - edpuzzle
11.6: Kirchhoff's Loop Rule & 11.7: Kirchhoff's Junction Rule​
  1. [2] (14:44) Kirchhoff's Rules of Electrical Circuits - edpuzzle
11.8: Resistor-Capacitor (RC) Circuits​
  1. APC [2] (5:35) Capacitor Series and Parallel Circuits - edpuzzle
  2. APC [2] (6:41) RC Circuit Basics - edpuzzle
  3. APC [5] (4:10) RC Circuit Time Constant
    1. ​Use this video as a basis for a new RC Circuits and the Time Constant video

Unit 12: Magnetism and Electromagnetism

12.1: Magnetic Fields​
  1. Magnetic Fields #1
  2. Magnetic Fields #2
  3. Magnetic Permeability
    1. ​Take a bunch from this video: ​APC [2] (9:29) Magnetic Fields and Magnetic Forces on Moving Charges - edpuzzle
12.2: Magnetism and Moving Charges​
  1. A Moving Charge Creates a Magnetic Field
  2. Magnetic Force
    1. ​Take a bunch from this video: ​APC [2] (9:29) Magnetic Fields and Magnetic Forces on Moving Charges - edpuzzle
  3. ​​APC [1] (12:06) Magnetic Force Direction (Right-Hand Rule)
    1. ​This does have some calculus stuff in it. I do not need to redo it, just change redo the intro?
    2. Do I add these two videos from AP1 here?
      1. ​[1] (6:23) The Right Hand Rule for Angular Velocity and Angular Displacement - edpuzzle
      2. [2] (5:53) The Right Hand Rule for Torque - edpuzzle
  4. APC [2] (7:41) Mass Spectrometer - edpuzzle
  5. ​The Hall Effect
12.3: Magnetism and Current-Carrying Wires​
  1. A Current-Carrying Wire Produces a Magnetic Field
  2. Magnetic Force on a Current-Carrying Wire
12.4: Electromagnetic Induction and Faraday's Law​
  1. Magnetic Flux
    1. Base this off of  APC [2] (5:41) Magnetic Flux
  2. ​Faraday's Law
    1. ​Base this off of APC [2] (4:59) Electromagnetic Induction
  3. ​Lenz's Law
    1. ​​Base this off of ​APC [2] (10:12) Lenz's Law​
  4. APC [3] (6:26) Motional EMF via Newton's Second Law
  5. APC [3] (5:54) Motional EMF via Faraday's Law

Unit 13: Geometric Optics

UNIT 14: Waves, Sound, and Physical Optics

AP Physics 1 Mechanical Waves Review
Total Playlist Time: 126 minutes
14.1: Properties of Wave Pulses and Waves & 14.2: Periodic Waves - All Lecture Notes
  1. [1] (10:54) Understanding Longitudinal and Transverse Waves, Wavelength, and Period using Graphs - edpuzzle
  2. [2] (6:59) Wave Speed Equation Derivation and Demonstration - edpuzzle​
14.3: Boundary Behavior of Waves and Polarization
14.4: Electromagnetic Waves
14.5: Doppler Effect -  All Lecture Notes​
  1. [1] (12:29) What is Sound? - edpuzzle
  2. [1] (1:00) The Doppler Effect in One Minute - edpuzzle
  3. [2] (7:24) Doppler Effect Demonstrations and Animations - edpuzzle​
14.6: Wave Interference and Standing Waves - All Lecture Notes​
  1. [1] (5:05) Wave Superposition Introduction - edpuzzle
  2. [1] (6:10) Wave Superposition Multiple Choice Problems - edpuzzle
  3. [1] (11:32) Standing Waves Introduction - edpuzzle
  4. [2] (8:32) Determining the Speed of a Standing Wave - Demonstration - edpuzzle
  5. [1] (5:17) Longitudinal Standing Waves Demonstration - edpuzzle
  6. [2] (5:33) How Is This Standing Wave Possible? - edpuzzle​
  7. [2] (7:29) Stringed Instrument Frequencies - edpuzzle
  8. [2] (11:40) Wind Instrument Frequencies - edpuzzle
  9. [1] (4:11) Demonstrating Beat Frequency by Bo - edpuzzle
  10. [1] (1:00) Noise Canceling Headphones Explained in One Minute - edpuzzle
14.7: Diffraction
14.8: Double-Slit Interference and Diffraction Gratings
14.9: Thin Film Interference
14.!!: Beyond AP Physics 2 - All Lecture Notes
  1. [1] (9:38) Resonance Introduction using 9 Demonstrations - edpuzzle
  2. [1] (2:48) Sympathetic Vibrations by Bobby - edpuzzle​

Unit 15: Modern Physics

Electric Charge, Electric Force and Electric Field

All Lecture Notes and link to the YouTube Playlist for Electric Charge, Electric Force and Electric Field
Introduction to Coulomb's Force or the Electric Force: Video
  1. Finding the Coefficient of Friction between a Cork and a table - Coulomb's Force Problem: Video
  2. Introduction to the Electric Field: Video
  3. Table of Friends - Charge, Electric Force and Electric Field: Video
  4. A Problem Determining the Electric Field due to Two Point Charges: Video

Electric Potential Energy and Electric Potential Difference

All Lecture Notes and link to the YouTube Playlist for Electric Potential Energy and Electric Potential Difference
  1. Introduction to Electric Potential Energy in a Constant Electric Field: Video
  2. A Problem Determining the Change in Electrical Potential Energy in a Constant Field: Video
  3. Introduction to the Electric Potential Energy between Two Point Charges: Video
  4. Introduction to Electric Potential Difference in a Constant Electric Field: Video
  5. Introduction to Electric Potential Difference due to a Point Charge: Video
  6. A Problem Finding the Electric Potential Difference due to a Point Charge: Video
  7. A Problem Finding the Electric Potential Difference due to Two Point Charges: Video
  8. A Problem Finding the Change in Electric Potential Energy in a Constant Electric Field: Video
  9. Table of Friends - Electric Potential Energy and Electric Potential Difference: Video

Resistors in Circuits, Series and Parallel

All Lecture Notes and link to the YouTube Playlist for Resistors in Circuits, Series and Parallel
  1. Finding Equivalent Resistance and Electric Potential Difference in a Circuit with Resistors in Series: Video
  2. Finding Equivalent Resistance and Electric Power in a Circuit with Resistors in Series and Parallel: Video
  3. A Complex Resistor Circuit: Part a) Drawing the Circuit Diagram and Finding Equivalent Resistance: Video
  4. A Complex Resistor Circuit: Part b) Finding Power Dissipated in One Resistor: Video

Magnetic Fields and Magnetic Forces

All Lecture Notes and link to the YouTube Playlist for Magnetic Fields and Magnetic Forces
  1. Introduction to Magnetic Poles and the Law of Poles: Video
  2. Introduction to Magnetic Field and the Magnetic Poles of the Earth: Video
  3. Introduction to the Magnetic Force and Teslas: Video
  4. Introduction to the Right Hand Rule for the Direction of the Magnetic Force with Examples: Video
  5. Magnetic Force Right Hand Rule Examples using Cardinal Directions (North, South, East, West): Video
  6. Introduction to the Magnetic Force on a Current Carrying Wire: Video
  7. Introduction to the Path of a Charged Particle in a Constant Magnetic Field: Video
  8. Example - An Electron Moving in a Constant Magnetic Field: Part a) Finding Speed: Video
  9. Example - An Electron Moving in a Constant Magnetic Field: Part b) Finding the Period: Video
  10. Example - An Electron Moving in a Constant Magnetic Field: Part c) Finding Electric Potential Difference: Video

Mirrors, Reflection and Ray Diagrams

All Lecture Notes and link to the YouTube Playlist for Mirrors, Reflection and Ray Diagrams
  1. Introduction to Light, Visible Light, Electromagnetic Waves and the Speed of Light: Video
  2. Introduction to Reflection of Light - Specular and Diffuse: Video
  3. A tour of the Electromagnetic Spectrum: Video
  4. Specular Reflection off a Plane Mirror - Incident and Reflected Rays: Video
  5. The Basics of Reflection off a Concave Spherical Mirror: Video
  6. Introduction to Object and Object Distance, Magnification and Image Characteristics: Video
  7. (Part a) Example - Learning how to Draw a Ray Diagram of a Concave Spherical Mirror - Diagram Only: Video
  8. (Part b) Example - Learning how to Draw a Ray Diagram of a Concave Spherical Mirror - Using Math: Video
  9. Identifying the Image Characteristics in a Concave Spherical Mirror via a Video: Video
  10. Identifying the Image Characteristics in a Convex Spherical Mirror via a Video: Video
  11. (Part a) Example - Learning how to Draw a Ray Diagram of a Convex Spherical Mirror - Using Math: Video
  12. (Part b) Example - Learning how to Draw a Ray Diagram of a Convex Spherical Mirror - Ray Diagram: Video
  13. Table of Friends - Mirrors: Video
  14. Review of the Basics of Mirrors, Image Characteristics and Ray Diagrams: Video
  15. I Am A Mirror - A Song about the Physics of Mirrors - Performed Live in Class!: Lyrics w/ Chords, mp3 & Video

Refraction and Lenses

All Lecture Notes and link to the YouTube Playlist for Refraction and Lenses
  1. Introduction to the Refraction of Light and The Index of Refraction: Video
  2. Introduction to Dispersion, Snell's Law with an Example Problem: Video
  3. Understanding how a Mirage Works - Refraction of Light: Video
  4. Introduction to Converging Lenses (or Bi-Convex), Fresnel Lenses and Image Characteristics: Video
  5. Example - Learning how to Draw a Ray Diagram of a Converging Lens (or Bi-Convex) includes the Math: Video
  6. Example - Learning how to Draw a Ray Diagram of a Diverging Lens (or Bi-Concave) includes the Math: Video
  7. Introduction to the Refraction of Light and The Index of Refraction: Video
  8. A Basic Explanation of the Optics of the Human Eye: Video
  9. Introduction to Total Internal Reflection and the Critical Angle: Video
  10. Example - Total Internal Reflection, Critical Angle and Drawing the Ray Diagram: Video
  11. Adding to the Table of Friends - Lenses: Video

Interference and Diffraction of Light

All Lecture Notes and link to the YouTube Playlist for Interference and Diffraction of Light
  1. Introduction to Constructive and Destructive Interference of Light and Diffraction: Video
  2. Introduction to Thomas Young's 1801 Double Slit Experiment: Video
  3. Deriving the Equations for Interference Maxima and Minima in a Double Slit Experiment: Video
  4. A Problem - Finding the Angle for an Interference Maximum in a Double Slit Experiment: Video
  5. A Problem - Finding the Angle for an Interference Minimum in a Double Slit Experiment: Video
  6. Introduction to a Diffraction Grating and Interference Maxima and Minima: Video
  7. #1 A Problem - Determining the Number of Lines per Centimeter on a Diffraction Grating: Video

Review of Everything Since the Last Review (Electricity through Optics)

All Lecture Notes and link to the YouTube Playlist for this review
  1. (Part 1) Electrostatics, Electric Field, Electric Potential Difference: Video
  2. (Part 2) Current, Resistance and Circuits: Video
  3. (Part 3) Magnetism, Magnetic Force: Video
  4. (Part 4) Light, Optics, Mirrors, Lenses, Interference: Video

Modern Physics

All Lecture Notes and link to the YouTube Playlist for Modern Physics
  1. The Introduction to the Modern Physics Lecture: Video
  2. What is Light? An explanation of The Michelson Morely Experiment: The Search for The Aether: Video
  3. Introduction to the Relativity of Simultaneity: Video
  4. Proving Time Dilation - Part of Einstein's Special Theory of Relativity: Video
  5. A Twin Paradox Example - A Time Dilation Problem: Video
  6. A Discussion of the Consequences of The Special Theory of Relativity: Video
  7. A Discussion of Black Holes, How to Find Them and Spaghettification: Video
  8. A Discussion of our Galaxy, The Universe and How Insignificant We Are: Video

Physics of Sound and Music

All Lecture Notes and link to the YouTube Playlist for Physics of Sound and Music
  1. Determining the Frequencies Created by a Bike Tire using The Doppler Effect: Video
  2. Introduction to the Intensity of Sound and Human Hearing: Video
  3. Introduction to Supersonic Speeds and the Sonic Boom: Video
  4. An Introduction to the Physics of Musical Theory: Video
  5. The Basics of the Physics of a Guitar: Video
  6. Butterfly Face - A Song that has Nothing to do with Physics, sorry: Video