04:52

Electrostatic field energy origin: Clarification to the first proposed model.

08:38

ELECTROSTATIC FIELD ORIGIN PART 8: FIRST PROPOSED MODEL JUSTIFICATION

09:14

A HYPOTHESIS ON THE ORIGIN OF THE ELECTROSTATIC FIELD, Part 7: PLATFORM-SHELF ANALOGY

07:36

How an electrostatic field arises. Part 6: SPATIAL OR TEMPORAL VARIATION OF ELECTRIC CHARGE?

06:54

How an electrostatic field arises. Part 5: Queries to ChatGPT

08:58

How an electrostatic field arises. Part 4: ANALOGY WITH A TENSE STRING

08:33

How an electrostatic field arises - Part 3: How long does it take to appear?

03:04

RE: "How Electricity Actually Works" @veritasium

06:37

RE: "The Big Misconception About Electricity" @veritasium

06:49

How does the electrostatic field arise?: Part 2: Energy for a positive charge

10:14

How does an electrostatic field arise? Part 1: Where do I start?

03:42

ENERGY IN THE INTERIOR ELECTRICAL FIELD OF A SPHERE WITH UNIFORM DISTRIBUTION OF CHARGE.

03:11

WORK TO CHARGE A DIELECTRIC SPHERE

03:21

ELECTRICAL POTENTIAL INSIDE A DIELECTRIC SPHERE

04:40

ELECTRIC FIELD INSIDE A DIELECTRIC SPHERE

07:47

Engineers are not birds

07:00

The induced electric field outer a variable magnetic flux region: Part fourth.

06:55

The induced electric field outer a variable magnetic flux region: Part three.

06:24

The induced electric field outer a variable magnetic flux region: Part two.

05:17

The induced electric field outer a variable magnetic flux region: Part one.

03:48

Equivalent circuit using Kirchhoff and Faraday's laws.

05:55

Magnetic fields in electrical circuits PART 2: Node Rule

05:41

Magnetic fields in electrical circuits PART 1: Ampere's law

03:26

Electromagnetic induction in wires

04:57

Kirchhoff in induced currents?

03:10

Work to electrically charge an object and energy in the resulting electric field

06:43

Induced current in a ring

05:09

The mesh equations from the energy point of view.

05:48

Energy in a resistive circuit and mesh equations

00:56

Ecuaciones para resolución de circuitos eléctricos

05:18

The incorrect form we taught for mesh equations

06:35

Learning from mistakes: distributed f.e.m. Experiences preparation details

07:16

Energy transport in circuits: Loaded transformer

05:58

Circuit Power: Vacuum transformer

05:08

Energy in circuits: Coaxial cable at industrial frequencies

04:47

Energy flux in electrical circuits. Poynting's theorem.

06:20

Electromagnetic wave exercises: Induced voltage in a loop.

06:52

WHY ARE ELECTROMAGNETIC WAVES NOT ATTENUATED IN A VACUUM?

07:00

Electromagnetic waves precede Maxwell's equations

08:12

Electromagnetic energy propagation model

02:55

Electromagnetic pulse

04:40

Plane electromagnetic wave

03:55

How does the wave propagate on a string?

05:18

Waves-Introduction

06:19

How works electricity?

04:00

RE: "How Electricity Actually Works" @veritasium

08:16

RE: "The Big Misconception About Electricity" @veritasium

05:06

Magnetic field curl inside a current distribution.

06:13

The curl of a magnetic field external to current distribution.

03:38

ENERGY FLUX

06:51

VECTOR FIELD FLUX

05:34

oscillations of a magnet

05:06

Vector addition

03:11

Coulomb experience for charges different signs

08:37

Electrostática- Objetos Cargados Eléctricamente

00:54

Electrostática- Balanza electrica

02:21

Electrostática- Determinación experimental de la Ley de Coulomb

05:06

Work to electrically charge a body

05:38

Energy of an electrostatic field: the field curl

03:01

Stokes' theorem