What in Physics?
Electromagnetism
-
59:59
81
- 1 Electric Field Due To Point Charges – Physics Problems 59:59
- 2 Coulomb’s Law – Net Electric Force & Point Charges 35:53
- 3 Electric Flux, Gauss’s Law & Electric Fields, Through a Cube, Sphere, & Disk, Physics Problems 12:52
- 4 Electric Field Due to a Line of Charge – Finite Length – Physics Practice Problems 39:43
- 5 Electric Field Due to a Ring of Charge, Linear Charge Density, Physics Practice Problems 15:43
-
5:46
40
- 1 8.02x – Introduction 5:46
- 2 8.02x – Lect 1 – Electric Charges and Forces – Coulomb’s Law – Polarization 47:13
- 3 8.02x – Lect 2 – Electric Field Lines, Superposition, Inductive Charging, Induced Dipoles 48:13
- 4 8.02x – Lect 3 – Electric Flux, Gauss’ Law, Examples 50:11
- 5 8.02x – Lect 4 – Electrostatic Potential, Electric Energy, Equipotential Surfaces 49:02
-
1:06:02
25
- 1 1. Electrostatics 1:06:02
- 2 2. Electric Fields 1:13:03
- 3 3. Gauss’s Law I 1:11:20
- 4 4. Gauss’s Law and Application to Conductors and Insulators 1:15:36
- 5 5. The Electric Potential and Conservation of Energy 1:14:11
-
15:07
130
- 1 Basics of Vector | Resultant of Vectors | Law of Parallelogram | Law of Triangle | Law of Polygon 15:07
- 2 Dot Product of vectors | Cross Product of vectors | Properties of Dot Product & Cross Product 11:40
- 3 Cartesian Coordinate System & Projection of Vector 10:06
- 4 Gradient, Divergence, and Curl Explained: Essential Vector Calculus 18:57
- 5 Gauss Divergence Theorem: Basics, Proof, Physical Significance and Applications 12:49
-
9:42
200
- 1 Introduction to Electromagnetic Engineering – Vector Analysis – Electromagnetic Engineering 9:42
- 2 Introduction to Vector Analysis – Vector Analysis – Electromagnetic Engineering 11:30
- 3 Introduction to Rectangular Coordinate System – Vector Analysis – Electromagnetic Engineering 33:36
- 4 Rectangular Coordinate System Problem 1 – Vector Analysis – Electromagnetic Field and Wave Theory 3:27
- 5 Rectangular Coordinate System Problem 2 – Vector Analysis – Electromagnetic Field and Wave Theory 8:45
-
24:35
53
- 1 Electromagnetism – LECTURE 01 Part 01/01 – by Prof Robert de Mello Koch 24:35
- 2 Electromagnetism – LECTURE 01 Part 02/04 – by Prof Robert de Mello Koch 31:21
- 3 Electromagnetism – LECTURE 01 Part 03/04 – by Prof Robert de Mello Koch 24:41
- 4 Electromagnetism – LECTURE 01 Part 04/04 – by Prof Robert de Mello Koch 24:04
- 5 Electromagnetism – LECTURE 02 Part 01/04 – by Prof Robert de Mello Koch 28:59
-
36:20
30
- 1 [Electromagnetics I] 1. Course Introduction 36:20
- 2 [Electromagnetics I] 2. Vector analysis – part 1 1:01:22
- 3 [Electromagnetics I] 2. Vector analysis – part 2 1:06:59
- 4 [Electromagnetics I] 2. Vector analysis – part 3 45:21
- 5 [Electromagnetics I] 3. Curvilinear coordinates – part 1 12:24
-
18:55
31
- 1 Electric Charge, Force, Couloumb’s Law, Superposition – Physics 18:55
- 2 Conservation of Electric Charge, Induction, Grounding – Physics 4:55
- 3 Electric Fields, Maps, Superposition, Electrostatic Equilibrium – Physics 15:41
- 4 Electric Fields of Charge Distributions, Infinite and Finite Wire, Ring, Arc – Physics 24:46
- 5 Electric Flux – Physics 5:48