AP Physics C:
Electricity and Magnetism Videos

Total Playlist Time: 619 minutes and All Lecture Notes
  • "APC" means specifically for AP Physics C: Electricity & Magnetism
  • "AP2" means AP Physics 2, however, the video also covers AP Physics C: Electricity & Magnetism topics.

Unit 8: Electric Charges, Electric Fields, and Gauss's Law
  1. AP2 [1] (12:12) Electric Charge, Law of Charges, and Quantization of Charge - edpuzzle
  2. AP2 [1] (12:10) Introduction to Coulomb's Law or the Electric Force - edpuzzle
  3. AP2 [1] (13:15) Charging by Conduction and Induction - edpuzzle
  4. AP2 [1] (5:11) Polarization of Charge - edpuzzle
  5. AP2 [3] (13:18) Conservation of Charge Example Problems - edpuzzle
  6. AP2 [3] (7:16) Determining the Speed of the Electron in the Bohr Model of the Hydrogen Atom - edpuzzle
  7. AP2 [4] (16:21) Balloon Excess Charges Experiment - edpuzzle
  8. APC [1] (8:59) Electric Fields - edpuzzle
  9. APC [3] (4:09) Continuous Charge Distributions
  10. APC [3] (5:52) Charged Rod Electric Field - edpuzzle
  11. APC [4] (10:33) Thin Ring Electric Field - edpuzzle
  12. APC [4] (10:04) Electric Flux - edpuzzle
  13. APC [3] (7:00) Gauss's Law - Point Charge Electric Flux
  14. APC [3] (9:35) Gauss's Law - Charged Plane Electric Field - edpuzzle
  15. APC [3] (2:56) Gauss's Law - Charged Sphere Electric Field - edpuzzle

Unit 9: Electric Potential
  1. APC [3] (9:51) Electric Potential Difference using Integrals - edpuzzle
  2. APC [2] (2:22) Work to Move a Charge in an Electric Field in Electron Volts
  3. APC [3] (2:00) Parallel Plates Electric Potential Difference using an Integral - edpuzzle
  4. APC [3] (4:59) Speed of a Proton in a Uniform Electric Field - edpuzzle
  5. APC [3] (8:37) Equipotential Surfaces
  6. APC [3] (4:15) Thin Ring Electric Field using Electric Potential

Unit 10: Conductors and Capacitors
  1. APC [3] (8:48) 3 Properties of Conductors in Electrostatic Equilibrium - edpuzzle
  2. APC [3] (4:29) Irregularly Shaped Conductors in Electrostatic Equilibrium
  3. APC [3] (7:02) Capacitance - edpuzzle
  4. APC [3] (7:48) Parallel Plate Capacitors - edpuzzle
  5. APC [3] (8:45) Energy Stored in a Capacitor
  6. AP2 [2] (10:13) Introduction to Conventional Current and Direct Current with an Example Problem - edpuzzle
  7. APC [2] (4:54) Current and Drift Velocity - edpuzzle
  8. AP2 [2] (13:37) Defining Resistance, Ohmic vs. Non-Ohmic and Electric Power - edpuzzle
  9. AP2 [2] (9:29) Finding the Cost to Power Light Bulbs and Defining KiloWatt Hour - edpuzzle
  10. AP2 [2] (12:06) Resistivity - edpuzzle
  11. AP2 [2] (10:29) Graphing Resistivity - edpuzzle

Unit 11: Electric Circuits
  1. AP2 [2] (15:09) Electric Potential Difference and Circuit Basics - edpuzzle
  2. APC [2] (6:49) Resistance and Ohm's Law - edpuzzle
  3. APC [2] (4:51) Electric Power
  4. APC [2] (6:19) Electric Circuit Basics
  5. APC [2] (2:02) Terminal Voltage
  6. APC [2] (10:46) Resistor Series and Parallel Circuits - edpuzzle
  7. APC [2] (5:35) Capacitor Series and Parallel Circuits - edpuzzle
  8. APC [1] (4:13) Ammeter and Voltmeter - Where Do They Go?
  9. AP2 [2] (14:44) Kirchhoff's Rules of Electrical Circuits - edpuzzle
  10. AP2 [3] (10:26) Resistors in Series and Parallel Equation Derivations - edpuzzle
  11. AP2 [2] (27:37) Basic Series and Parallel Resistor Circuit Demos and Animations - edpuzzle
  12. AP2 [3] (15:25) Intermediate Series and Parallel Resistor Circuit Demos and Animations - edpuzzle
  13. AP2 [2] (6:50) Resistor Circuit Example - edpuzzle
  14. APC [2] (6:41) RC Circuit Basics - edpuzzle
  15. APC [4] (11:23) Charge and Current vs. Time in an RC Circuit
  16. APC [5] (4:10) RC Circuit Time Constant

Unit 12: Magnetic Fields and Electromagnetism
  1. APC [2] (9:29) Magnetic Fields and Magnetic Forces on Moving Charges - edpuzzle
  2. APC [1] (12:06) Magnetic Force Direction (Right-Hand Rule)
  3. APC [3] (3:00) Magnetic Force on Current
  4. APC [2] (7:41) Mass Spectrometer
  5. APC [2] (9:58) Biot-Savart Law and Magnetic Field around a Current Carrying Wire - edpuzzle
  6. APC [3] (5:11) Ampère's Law
  7. APC [3] (10:11) Solenoid Magnetic Field​

Unit 13: Electromagnetic Induction
  1. APC [2] (5:41) Magnetic Flux
  2. APC [2] (3:50) Gauss's Law for Magnetism
  3. APC [2] (4:59) Electromagnetic Induction
  4. APC [2] (10:12) Lenz's Law
  5. APC [2] (4:22) Maxwell's Equations​
  6. APC [3] (6:26) Motional EMF via Newton's Second Law
  7. APC [3] (5:54) Motional EMF via Faraday's Law
  8. APC [3] (1049) Induced Forces on Current Carrying Loops
  9. APC [2] (6:44) Electric Motor Basics
  10. APC [3] (5:56) Back emf
  11. APC [3] (7:52) Inductance
  12. APC [2] (3:46) Inductors vs. Resistors: Exploring the Fundamental Differences
  13. APC [3] (4:50) Inductance of an Ideal Solenoid
  14. APC [3] (6:19) Energy Stored in an Inductor
  15. APC [3] (5:45) LR Circuit Basics
  16. APC [5] (10:50) LR Circuit Equation Derivations
  17. APC [5] (3:37) Time Constant - LR Circuit
  18. APC [5] (6:02) Analogies Between LR Circuits and Falling Objects
  19. APC [2] (4:06) LC Circuit Basics
  20. APC [5] (11:22) LC Circuit Equation Derivations
  21. APC [3] (9:35) Visualizing LC Circuits
  22. APC [3] (21:40) Equations to Memorize for AP Physics C: Electricity and Magnetism

Review for the AP Physics C: Electricity and Magnetism Exam
My brief review of all the topics:
  1. (19:20) Review of all AP Physics C Electricity and Magnetism Topics - Video 1 of 2
  2. (17:59) Review of all AP Physics C Electricity and Magnetism Topics - Video 2 of 2
  3. (5:14) Review of all AP Physics C Electricity and Magnetism Dimensions
My solutions for the publicly released 1998 AP Physics C: