**Charge, Charging, and Coulomb's Law**

- Charge
- An electroscope
- Conductors and Insulators
- Charging an Electroscope
- Coulomb's Law
- The Magnitude of the Force Between Charges
- Coulomb's Law in 1-D
- Coulomb's Law in 2-D

**Electric Field**

- Field Lines and Field Vectors
- A Test Charge
- The Parallel with Gravity
- Projectile Motion
- Electric Field from a Point Charge
- Electric Field from a Dipole
- Electric Field from Two Like Charges
- Motion of a Test Charge
- The Field from Multiple Point Charges
- Where is the Field Zero?
- A Point Charge vs. a Line of Charge
- Field from a Line of Charge
- A Charged Conductor vs. a Charged Insulator
- Field Near Conductors at Equilibrium

**Gauss' Law**

- Counting Field Lines
- Electric Flux
- Charge Density
- An Infinite Line of Charge
- An Infinite Sheet of Charge
- Parallel-plate Capacitor
- Spherical Symmetry
- Concentric Spheres

**Potential and Potential Energy**

- Potential Energy for Point Charges
- Potential Energy in a Uniform Field
- Electric Potential
- Which Takes More Work?
- Releasing Two Charges
- A Charge and a Dipole
- Accelerating a Charge through a Potential Difference
- A Set of Point Charges
- Field and Potential for Concentric Spheres

**Capacitors**

- Playing with a Capacitor
- Calculating Capacitance
- Energy in a Capacitor
- Capacitors in a Combination of Series and Parallel
- A Capacitor with a Dielectric
- The Dielectric Constant

**DC Circuits**

- A Microscopic Model of a Conductor
- Current
- Resistance of a Coax Cable
- Resistors in a Combination of Series and Parallel
- Applying Kirchoff's Rules
- RC Circuits

**Charges and Currents in Magnetic Fields**

- Observing a Charge in a Magnetic Field
- Possible Paths of a Charge in a Uniform Magnetic Field
- A Current Loop in a Uniform Field
- Mass Spectrometer: Acceleration
- Mass Spectrometer: Velocity Selection
- Mass Spectrometer: Mass Separation
- Cyclotron
- Force Between Parallel Wires
- A Current Loop in a Non-Uniform Field

**Calculating Magnetic Fields**

- Biot-Savart Law
- Field from a Straight Wire
- Field from a Long Straight Wire
- Field from an Arc of Current
- Field at the Center of a Loop
- Gauss' Law for Magnetism
- Ampere's Law
- Field from a Long Straight Wire
- Field Inside a Long Straight Wire
- Field from an Infinite Sheet of Current
- Field inside a Solenoid
- Field on the Axis of a Current Loop

**Faraday's Law**

- Field from a Bar Magnet
- Changing Area
- Faraday's Law Example
- A Pictorial Approach to Lenz's Law
- Increasing the Area of a Loop Near a Bar Magnet
- Motional emf
- General Form of Faraday's Law
- Generators
- Faraday's Law Quiz

**Inductance**

**AC Circuits**

**EM Waves**

**Reflection and Refraction**

- Reflection of Light
- A Plane Mirror
- Refraction
- A Model of Refraction
- Refraction and Total Internal Reflection

**Interference and Diffraction**

- Interference from Two Sources
- Single Slits and Double Slits
- More than Two Sources
- Intensity with More than Two Sources
- Spectroscopy with a Diffraction Grating
- Intensity for the Double Slit
- The Rayleigh Criterion

**Thin-film Interference**

**Polarized Light**