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Electricity & Magnetism
Closed
Course
zh
Chinese
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- Introductive Level
- Starts on January 12, 2014
- Ends on April 13, 2014
Course details
Syllabus
- LS0. Preliminaries
- Entering Numbers in Scientific Notation
- Entering Mathematical Formulas
- Submitting Answers
- 3D Models
- Entrance Survey
- LS1. CHARGE!
- U1. Micro Charge
- U2. Macro Charge
- U3. Charging by Rubbing
- U4. Coulomb's Law: 1D
- U5. Coulomb's Law: 2D
- U6. Abjection of Inspection
- U7. Insulators and Conductors
- U8. Charging by Induction
- U9. Forces on Conductors
- U10. Too Much Charge!
- LS1 Homework
- LS2. THE ELECTRIC FIELD
- U1. What is a Field?
- U2. The Electric Field
- U3. Electric Field of Point Charges
- U4. Electric Field of Continuous Charges
- U5. Another Charged Rod Problem
- U6. Saved by Symmetry
- U7. Particle Motion
- U8. Field Lines
- U9. 2D and 3D Charge Distributions
- LS2 Homework
- LS3. GAUSS'S LAW
- U1. Vector Flux
- U2. Gauss's Law
- U3. Finding Electric Fields with Gauss's Law: Point Charge
- U4. Finding Electric Fields with Gauss's Law: Line of Charge
- U5. Finding Electric Fields with Gauss's Law: Plane of Charge
- U6. Finding Electric Fields with Gauss's Law: Sphere of Charge
- U7. Electric Fields in and around Conductors
- U8. Electrostatic Shielding
- LS3 Homework
- LS4. THE ELECTRIC POTENTIAL
- U1. Electric Potential
- U2. Potential Near a Point Charge
- U3. Potential Near a Charge Distribution
- U4. Potential and Field
- U5. Energy to Assemble Charges
- U6. Potential of a Conductor
- U7. Capacitors
- LS4 Homework
- LS5. Circuits
- U1. Current
- U2. Resistance
- U3. Circuits
- U4. DC Circuits
- U5. Kirchhoff's Rules
- U6. RC Circuits
- LS5 Homework
- Midterm
- Midterm
- Midterm solutions
- LS6. THE MAGNETIC FIELD
- U1. Introducing the Magnetic Field
- U2. Bar Magnets
- U3. Magnetism from Electricity
- U4. Magnetic Force on a Free Charge
- U5. Charged Particle Motion
- U6. Energy and Work
- U7. Magnetic Force on a Wire
- U8. Magnetic Force on a Loop
- LS6 Homework
- LS7. Sources of B
- U1. Biot-Savart Law
- U2. Magnetic Force on Parallel Wires
- U3. Ampere's Law
- U4. Cabrera's Law
- U5. Solenoids
- U6. Magnetism in Matter
- LS7 Homework
- LS8. Faraday's Law
- U0. Electricity from Magnetism?
- U1. Faraday's Law
- U2. Motional EMF
- U3. Lenz's Law
- U4. Eddy Currents
- U5. Faraday's Law and Electric Fields
- U6. Generators
- LS8 Homework
- LS9. AC Circuits
- U1. Inductors
- U2. LR Circuits
- U3. LC Circuits
- U4. RLC Circuits
- U5. AC Elements
- U6. Driven RLC Circuits
- LS9 Homework
- LS10. Waves and Light
- U1. Waves on a String
- U2. Normal Modes
- U3. Travelling Waves
- U4. Differential Form
- U5. Maxwell's Equations
- LS10 Homework
- Final Exam (complete!)
- 2014 Final
- 2013 Final
- 2013 Final
- The End
- One More Demo
- Credits
Prerequisite
None.
Instructors
- Jason H. Hafner
Platform
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