| Lesson | Title |
| 1010 | Explaining Some Details of the Course. |
| 1020 | A Simple Experiment. |
| 1030 | The Electrical Charge. |
| 1040 | Charging by Induction. |
| 1050 | Coulomb's Law. |
| 1060 | Comparing Gravitational Interaction with Coulomb's Law |
| 1070 | The Electrical Field. |
| 1080 | The Electrical Field of a System of N Particles |
| 1090 | The Electrical Dipole. |
| 1100 | Field Lines. |
| 1110 | The Cathode Ray Tube. |
| 1120 | The Effect of an Electrical Field on an Electrical Dipole |
| 1130 | Continuous Charge Distributions. |
| 1140 | Continuous Charge Distributions-Example. |
| 1150 | The Electrical Field Generated by a Charged Ring. |
| 1160 | The Electrical Field Generated by a Charged Disk. |
| 1170 | Gauss's Law-The Electrical Flux. |
| 1180 | Gauss's Law-Follow Up. |
| 1190 | Gauss's Law-Example 1. |
| 1200 | Gauss's Law-Example 2. |
| 1210 | Gauss's Law-Example 3. |
| 1220 | Gauss's Law-Example 4. |
| 1230 | Gauss's Law-Example 5. |
| 1240 | Conductors. |
| 1250 | Electrical Potential. |
| 1260 | The eV. |
| 1270 | Potential Due to a System of Point Charges. |
| 1280 | Potential Due to a System of Point Charges. |
| 1290 | Electrical Potential for a Ring of Charges-Example. |
| 1300 | Electrical Potential for a Disk of Charges-Example. |
| 1310 | Electrical Potential for a Spherical Shell of Charges-Example. |
| 1320 | Electrical Field and Potential-Example. |
| 1330 | Electrical Field and Potential: The Gradient. |
| 1340 | Electrical Field and Potential: The Gradient-Example. |
| 1350 | Electrical Field and Potential: The Gradient-Example. |
| 1355 | Gauss' Law Drill. |
| 1360 | Equipotential Surfaces. |
| 1370 | Capacitors and Dielectrics. |
| 1380 | The Cylindrical Capacitor. |
| 1390 | Dielectrics. |
| 1400 | Stored Energy. |
| 1410 | Combinations of Capacitors. |
| 1420 | Electrical Current. |
| 1430 | Electrical Current-Example. |
| 1440 | Ohm's Law. |
| 1450 | Resistance and Temperature Coefficients. |
| 1460 | Batteries. |
| 1470 | Combinations of Resistors. |
| 1480 | A Simple Model for the Theory of Conductors. |
| 1490 | Kirchoff's Rules. |
| 1500 | RC Circuits |
| 1510 | RC Circuits-Charging the Capacitor. |
| 1520 | The Magnetic Field. |
| 1530 | Units of the Magnetic Field. |
| 1540 | Motion of a Single Charge in a Magnetic Field. |
| 1550 | Thomson's Experiment. |
| 1560 | Torques on Loops. |
| 1570 | Sources of the Magnetic Field. |
| 1580 | Conservation of Magnetic Field. |
| 1590 | Forces Between Two Protons. |
| 1600 | Magnetic Field Due to an Electrical Current. |
| 1610 | Magnetic Field Produced by a Solenoid. |
| 1620 | Magnetic Field Produced by a Long Straight Wire. |
| 1630 | Magnetic Field Between Two Wires. |
| 1640 | The Magnetic Equivalent to Gauss' Law. |
| 1650 | Ampere's Law-Examples. |
| 1655 | Ampere's Law Drill. |
| 1660 | Magnetic Induction. |
| 1670 | EMF and Faraday's Law. |
| 1680 | Lenz's Law. |
| 1690 | Lenz's Law-Examples. |
| 1700 | Motional EMF. |
| 1705 | EMF and Induction Drill. |
| 1708 | Automobile's Electrical System. |
| 1710 | Inductance. |
| 1720 | Mutual Inductance. |
| 1730 | LR Circuits. |
| 1740 | Maxwell's Equations. |
| 1750 | Maxwell's Equations-Follow Up. |
| 1760 | The Differential Form of Maxwell's Equations. |
| 1770 | AC Circuits. |
| 1780 | RMS Values. |
| 1790 | AC Circuits with Inductors. |
| 1800 | AC Circuits with Inductors and Capacitors. |
| 1810 | RLC Circuits. |
| 1820 | RLC Circuits with a Generator. |
| 1830 | Electromagnetism Final Exam. |
| 1840 | Conclusion. |
