In-Class

Week 11 (Reflection and Transmission)

• Normal Incidence
• Oblique Incidence

Week 10 (Introduction to EM Waves)

• Vector waves
• Maxwell’s Equations and Waves

Week 9 (Introduction to Waves)

• Checking solutions to the wave equation
• Tied Strings

Week 8 (Conservation of Charge and Energy)

• Energy Conservation in EM Systems
• Energy Delivery

Week 7 (Maxwell’s Correction to Ampere’s Law)

• Magnetic field due to a charging capacitor
• Terminated line current

Week 6 (RLC Circuits, Phasors, Leading and Lagging)

• Designing an RL Circuit II
• Filtering Signals

Week 5 (Inductance and RLC Circuits)

• Mutual Inductance
• Designing an RL Circuit

Week 4 (Faraday’s Law)

• Magnetic Rotation Demo
• Charging a toothbrush

Week 3 (Electromotive Force)

• Magnetic braking
• Motional EMF and energy conservation

Week 2 (Ohm’s Law)

• What is steady state?
• Do we really understand steady state?

Week 1 (Reminders of 481)

• Lightning Strike at SLAC
• Building a Magnetic Trap
• Evaluating Power Line Risk