1. 16.360 Lecture 20 Dielectric-Conductor boundary

2. 16.360 Lecture 20 Conductor-Conductor boundary

3. 16.360 Lecture 20 Capacitance

4. 16.360 Lecture 20 Electrostatic Potential Energy Image Method Any given charge above an infinite, perfect conducting plane is electrically equivalent to the combination of the give charge and it’s image with conducting plane removed.

5. 16.360 Lecture 21 Magnetic forces and Torques Magnetostatics

6. 16.360 Lecture 21 Magnetic forces on a current-carrying conductor x xxxx x xxx xxx I

7. 16.360 Lecture 21 Magnetic torques on a current-carrying conductor

8. 16.360 Lecture 21 The Biot-Savart Law. Magnetic force between two parallel conductor

9. 16.360 Lecture 21 Gauss’s Law for Magnetism Ampere’s Law

10. 16.360 Lecture 22 For any vector A Vector Magnet Potential Define: with Vector Poison’s equation

11. 16.360 Lecture 22 Magnetic boundary conditions

12. 16.360 Lecture 22 Inductance Magnetic filed in a Solenoid

13. 16.360 Lecture 22 Self Inductance Mutual Inductance

14. 16.360 Lecture 22 Magnetic Energy