For those students who do not merely wish to pass a physics class...
For those who are interested in exploring one of the pinnacles of human intellectual achievement
For those who realize that standing affords a better view than just sitting on the shoulders of giants....
E-book: Student's Guide to Maxwell's Equations
Problems and Podcasts: http://www.danfleisch.com/maxwell/#
Skill 1: Gravitational vs. Electrical (example 21.1)
Skill 2: Force between 2 charges (example 21.2)
Skill 3: Superposition of Forces I (example 21.3)
Skill 4: Superposition of Forces II (example 21.4)
Skill 5: Field magnitude (example 21.5)
Skill 6: Field vector (example 21.6)
Skill 7: Field Superposition (example 21.8)
Skill 8: Field of ring of charge (example 21.9) Calculus required
Skill 9: Field of charged line (example 21.10) Calculus required
Skill 10: Field of charged disk (example 21.11) Calculus required
Suggested Study from Prof. Ferenc
Walter Lewin MIT Lectures:
Find the field for 3 Basic Charge Symmetries
Skill 1: Sphere of Charge
Skill 2: Line of Charge
Skill 3: Plane of Charge
Application of Basic Symmetries
Skill 4: 2 parallel planes of charge (Capacitor)
Skill 5: Charged Conductive Sphere
Skill 6: Charged Insulating Sphere
Skill 7: Charged Insulating Cylinder/Cable
Walter Lewin MIT Lectures:
Lecture 3: Electric Flux, Gauss's Law, Examples
Maxwell's Equation 1: Gauss's Law
Problems and Podcasts: http://www.danfleisch.com/maxwell/#
Skill:
Walter Lewin Lecture 4: Electrostatic Potential, Electric Energy, Conservative Field, Equipotential Surfaces
Walter Lewin Lecture 5: E = -grad V, More Equipotential Surfaces, Conductors, Electrostatic Shielding (Faraday Cage)
Chapter Digest Ch. 25
Master these derivations using Maxwell's equation #1:
Intro to Circuits
The Magnetic Field
Electromagnetism / Alternating Current
Take the Pre-course Survey
Visualization of time constant (T) for charging capacitor
Visualization of time constant (T) for discharging capacitors