PHYS 102
McGill
Course Overview
Lessons & Practice
I. Welcome
1. Electric charge and force
45min2. Electric field and Gauss's Law
2.3hr- 2.I. Chapter Intro
2.1.1. Electric field2.1.2. Electric field lines2.1.3. Sketching field lines2.1.4. Net force and torque on a dipole2.1.5. Principle of superposition2.1.6. Field from two point charges2.1.7. Field from multiple charges (symmetry)2.1.8. Motion of a charged particle in an electric field2.1.9. Kinematic equations with a charge
3. Electric potential and potential energy
1.4hr- 3.I. Chapter Intro
3.1.1. Electric potential3.1.2. Electric potential example3.1.3. Potential from a rod (continuous)3.1.4. Equipotential lines - examples3.1.5. Equipotential lines and work done3.1.6. Relationship between electric potential and electric field3.1.7. Electric potential and field - graphical3.1.8. Electric potential and field - calculus3.1.9. Potential due to a sphere (insulator vs conductor)
4. Circuits I (resistors, capacitors)
1.3hr- 4.I. Chapter Intro
4.2.1. Capacitance and capacitors4.2.2. Parallel plate capacitor example4.2.3. Capacitance of concentric cylinders4.2.4. Capacitance of concentric spheres4.2.5. Dielectrics increase capacitance4.2.6. Coaxial cable dielectric4.2.7. Dielectrics4.2.8. Capacitors in circuits (series/parallel)4.2.9. Capacitors in a circuit4.2.10. Charging a capacitor with another capacitor4.2.11. Energy Stored in a Capacitor4.2.12. Three dielectrics between two plates4.2.13. Dielectrics (circuits)
5. Circuits II (RC, RL, RLC)
1.1hr6. Circuits III (AC)
54min- 6.I. Chapter Intro
6.2.1. Purely capacitive or inductive AC circuits6.2.2. Impedance and phasors6.2.3. RC circuits (AC)6.2.4. AC RC circuit6.2.5. RL Circuits (AC)6.2.6. RL Circuits6.2.7. RLC circuits (AC) and resonance6.2.8. RLC Circuits6.2.9. Clarification about phase constant in RLC circuits6.2.10. Parallel RLC circuits6.2.11. RLC Circuits (parallel)6.2.12. Power Dissipation in RLC Circuits
