Total time: 2:16

Introduction to Curvilinear Coordinate Systems (16 minutes)

An Arbitrary Vector in Spherical Coordinates
(16 minutes)

The Line Element in Cartesian Coordinates
(6 minutes)

The Line Element in Spherical Coordinates
(11 minutes)

The Volume Element in Spherical Coordinates
(10 minutes)

Area Elements (23 minutes)

Example: Work as A Path Integral
(27 minutes)

Example: The Volume of A Sphere as A Volume
Integral (13 minutes)

The Cylindrical Coordinate System
(14 minutes)

Total time: 1:37

Introduction to the Electric Force
(27 minutes)

Development of Coulomb's Law
(32 minutes)

Example: Coulomb's Law with Three Charges
(38 minutes)

Total time: 1:23

Introduction to the Electric Field
(28 minutes)

Example: The Electric Field of the Helium
Nucleus (20 minutes)

Direction of the Electric Field
(10 minutes)

Example: The Electric Field of Two Point Charges
(25 minutes)

Total time: 1:34

Introduction to Continuous Charge Distributions
(11 minutes)

Introduction to Line Charge Density
(11 minutes)

Example: The E-Field of A Charged Wire
(36 minutes)

Example: The E-Field of A Circular Disk, part 1
(15 minutes)

Example: The E-Field of A Circular Disk, part 2
(21 minutes)

Total time: 0:48

Example: The E-Field of A Hollow Sphere, part 1
(11 minutes)

Example: The E-Field of A Hollow Sphere, part 2
(15 minutes)

Example: The E-Field of A Hollow Sphere, part 3
(22 minutes)

Total time: 1:14

Field Vector Diagrams (19
minutes)

Field Lines Diagrams (17
minutes)

Electric Flux, part 1 (14
minutes)

Electric Flux, part 2 (12
minutes)

Electric Flux, part 3 (12
minutes)

Total time: 1:45

Gauss Law, part 1 (19 minutes)

Gauss Law, part 2 (17 minutes)

Gauss Law, part 3 (23 minutes)

Gauss Law, part 4 (28 minutes)

Gauss Law, part 5 (18 minutes)

Total time: 0:49

Curl of E, part 1 (14 minutes)

Curl of E, part 2 (16 minutes)

Curl of E, part 3 (19 minutes)

Total time: 1:01

Work and Energy, part 1 (19
minutes)

Work and Energy, part 2 (12
minutes)

Work and Energy, part 3 (30
minutes)

Total time: 2:28

Electric Potential, part 1 (22
minutes)

Electric Potential, part 2 (15
minutes)

Electric Potential, part 3 (23
minutes)

Electric Potential Outside A Hollow Sphere (21 minutes)

Electric Potential Inside A Hollow Sphere (22 minutes)

Path Integration Example--V from E (45 minutes)

Total time: 0:53

V vs. U, part 1 (22 minutes)

V vs. U, part 2 (31 minutes)

Total time: 0:45

Work in Charge Collections, part 1 (19 minutes)

Work in Charge Collections, part 2 (26 minutes)

Total time: 0:32

Work in Collections Example 1 (19 minutes)

Work in Collections Example 2 (13 minutes)

Total time: 1:52

Properties of Conductors (38 minutes)

Equipotentials, part 1 (15 minutes)

Equipotentials, part 2 (15 minutes)

Equipotentials, part 3 (13 minutes)

Equipotentials, part 4 (31 minutes)

Total time: 1:00

Capacitance, part 1 (12 minutes)

Capacitance, part 2 (20 minutes)

Capacitance, part 3 (21 minutes)

Capacitance, part 4 (7 minutes)

Total time: 1:49

Magnetostatics, part 1 (28 minutes)

Magnetostatics, part 2 (28 minutes)

Magnetostatics, part 3 (13 minutes)

A Brief Review of the Cross Product (14 minutes)

Magnetostatics, part 4 (11 minutes)

Magnetostatics, part 5 (15 minutes)

Total time: 0:59

Currents and Their Magnetic Field, part 1 (32 minutes)

Currents and Their Magnetic Field, part 2 (27 minutes)

Total time: 1:59

The B-**Force** on an
"Infinite" Wire (21 minutes)

The Biot-Savart Law, part 1 (13 minutes)

The Biot-Savart Law, part 2 (35 minutes)

The B-**Field** of an
"Infinite" Wire (26 minutes)

The B-Field of A Current Loop (24 minutes)

Total time: 1:12

Ampere's Law, part 1 (19 minutes)

Ampere's Law, part 2 (15 minutes)

Ampere's Law, part 3 (20 minutes)

Ampere's Law, part 4 (18 minutes)

Total time: 0:57

Solenoids, part 1 (27 minutes)

Solenoids, part 2 (9 minutes)

Solenoids, part 3 (21 minutes)

Total time: 1:39

Conductivity and Resistance, part 1 (18 minutes)

Conductivity and Resistance, part 2 (11 minutes)

Conductivity and Resistance, part 3 (9 minutes)

Conductivity and Resistance, part 4 (14 minutes)

Conductivity and Resistance, part 5 (31 minutes)

Conductivity and Resistance, part 6 (16 minutes)

Total time: 1:12

EMF, part 1 (10 minutes)

EMF, part 2 (17 minutes)

EMF, part 3 (11 minutes)

EMF, part 4 (13 minutes)

EMF, part 5 (22 minutes)

Total time: 1:20

Faraday's Law, part 1 (16 minutes)

Faraday's Law, part 2 (15 minutes)

Faraday's Law, part 3 (13 minutes)

Faraday's Law, part 4 (12 minutes)

Faraday's Law, part 5 (22 minutes)

Total time: 0:46

Inductance, part 1 (21 minutes)

Inductance, part 2 (25 minutes)

Total time: 1:04

Parallel Capacitors (21 minutes)

Series Capacitors (19 minutes)

Example: Multiple Capacitors, part 1 (15 minutes)

Example: Multiple Capacitors, part 2 (9 minutes)

Total time: 0:26

Parallel Resistors (19 minutes)

Series Resistors (7 minutes)

Total time: 1:41

Kirchoff's Loop Rules, part 1 (13 minutes)

Kirchoff's Loop Rules, part 2 (14 minutes)

Kirchoff's Loop Rules, part 3 (15 minutes)

Kirchoff's Loop Rules, part 4 (29 minutes)

Kirchoff's Loop Rules (Example) (30 minutes)