In this webpage, you will find notes and materials for Thomas P. Kling's first semester course in junior level electricity and magnetism. The textbook is Griffith's, third edition.
Lecture 1:
Differential Calculus
Lecture 2: Integral
Calculus, and Lecture 2 Supplement
Lecture 3:
Mathematical Aspects
Lecture 4: Electric fields from charge distributions
Lecture 5: Gauss's Law
Lecture 6: Electric
Potential
Lecture 7: Final Electric
Field issues
Lecture 8:
Method of Images
Lecture 9: Separation of Variables
Lecture 10: Multipole
Expansion
Lecture 11: Polarization
Lecture 12:
Electric Displacement
Lecture 13: Magnetostatics
Lecture 14:
Vector Properties of B
Lecture 15: Magnetization
Lecture 16: Maxwell's Equations
Chapter 1, Part 1
Chapter 1, Part 2
Chapter 1, Part 3
Chapter 2, Part 1 and
excel file
Chapter 2, Part 2
Chapter 2, Part 3
Chapter 2, Part 4
Chapter 3, Part 1
Chapter 3, Part 2
Chapter 3, Part 3
Chapter 4, Part 1
Chapter 4, Part 2
Chapter 5, Part 1
Chapter 5, Part 2
Chapter 6
Chapter 7
Quiz 1 and
Quiz 1 Solutions
Quiz 2 and
Quiz 2 Solutions
Midterm and
Midterm Solutions
Quiz 3 and
Quiz 3 Solutions
Quiz 4 and
Quiz 4 Solutions
Professor Deveney's Lecture Notes
Some interesting simulations