University Physics II (2026) – Electricity & Magnetism
14 videos
This playlist is designed to mirror a standard college-level University Physics II course in Electricity & Magnetism. Unlike a typical E&M course, however, this series is structured to function as a fully stand-alone course, with integrated coverage of the necessary calculus and Newtonian mechanics as they are needed throughout the material. To get the most out of this course, or to view extra materials, please visit: https://timpson-lyceum.vercel.app/courses/cmp4n6v650004h3uxd68xbvp8
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Resources
- 1

Introduction to University Physics II – Lecture 0 (University Physics II)
1:50:332 comments
- 2

Newton's Laws, Atoms, and Charge – Lecture 1 (University Physics II)
1:59:12
- 3

Electric Charge and Electric Fields – Lecture 2 (University Physics II)
2:01:37
- 4

Gauss’s Law – Lecture 3 (University Physics II)
1:56:31
- 5

Electric Potential – Lecture 4 (University Physics II)
1:50:48
- 6

Electric Potential and Capacitance – Lecture 5 (University Physics II)
1:57:02
- 7

Capacitors and Capacitance – Lecture 6 (University Physics II)
1:58:11
- 8

Current, Resistance, and Electromotive Force – Lecture 7 (University Physics II)
1:59:47
- 9

Direct-Current Circuits – Lecture 8 (University Physics II)
2:01:31
- 10

Magnetic Field and Magnetic Forces – Lecture 9 (University Physics II)
1:59:46
- 11

Sources of Magnetic Field – Lecture 10 (University Physics II)
1:59:01
- 12

Ampere's and Faraday's Laws – Lecture 11 (University Physics II)
1:59:43
- 13

Electromagnetic Induction – Lecture 12 (University Physics II)
1:54:08
- 14

Inductance, R-C Circuits, L-C Circuits, and L-R-C Circuits – Lecture 13 (University Physics II)
1:39:50
Problem Sets
- Chapter 21 — Electric Charge & the Electric FieldLectures 1–2 · worked solutions · 12 pts
- Chapter 22 — Gauss's LawLecture 3 · worked solutions · 12 pts
- Chapter 23 — Electric PotentialLectures 4–5 · worked solutions · 12 pts
- Chapter 24 — Capacitance & DielectricsLectures 5–6 · worked solutions · 14 pts
- Chapter 25 — Current, Resistance & Electromotive ForceLecture 7 · worked solutions · 15 pts
- Chapter 26 — Direct-Current CircuitsLecture 8 · worked solutions · 15 pts
- Chapter 27 — Magnetic Field & Magnetic ForcesLecture 9 · worked solutions · 14 pts
- Chapter 28 — Sources of Magnetic FieldLectures 10–11 · worked solutions · 13 pts
- Practice Midterm — Chapters 21–28worked solutions · 100 pts
- Chapter 29 — Electromagnetic InductionLecture 12 · worked solutions · 14 pts
- Chapter 30 — InductanceLecture 13 · worked solutions · 13 pts
- Chapter 31 — Alternating Currentworked solutions · 13 pts
- Chapter 32 — Electromagnetic Wavesworked solutions · 14 pts
- Chapter 33 — The Nature & Propagation of Lightworked solutions · 13 pts
- Chapter 34 — Geometric Opticsworked solutions · 15 pts
- Chapter 35 — Interferenceworked solutions · 14 pts
- Chapter 36 — Diffractionworked solutions · 14 pts
