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Electromagnetic theory Course

Course Reviews

Track :

Science
Course Presenter :

ENGINEERING TUTORIAL

Lessons no : 26

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What will you learn in this course?
  • Master Maxwell’s equations to analyze electric and magnetic field interactions in various media and vacuum environments
  • Apply Gauss’s Law and Faraday’s Law to solve real-world electromagnetic problems in engineering and physics
  • Utilize vector calculus techniques to model and interpret electromagnetic field behavior and wave propagation
  • Explain electromagnetic wave characteristics, including boundary conditions and Poynting vector concepts, in practical applications
  • Calculate electromagnetic energy flow and power transfer using Poynting vector and related principles
  • Assess the effects of material properties on electric and magnetic fields in different media and boundary scenarios
  • Solve complex electromagnetic field problems relevant to telecommunications, electrical engineering, and physics research
  • Interpret the behavior of electromagnetic waves in different environments, including reflection, refraction, and transmission
  • Develop mathematical models to predict electromagnetic wave propagation and energy distribution in various systems
  • Apply theoretical electromagnetic principles to design and analyze real-world engineering and physics applications

How to Get The Certificate

  • You must have an account Register
  • Watch All Lessons
  • Watch at least 50% of Lesson Duration
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  • You can Register With Any Course For Free
  • The Certificate is free !
Lessons | 26
Displacement Current Questions 1 Electromagnetic Theory
00:08:27

Displacement Current Questions 1 Electromagnetic Theory
Basic Introduction To Electromagnetic Theory Basic Concepts Electromagnetic Theory
00:18:57

Basic Introduction To Electromagnetic Theory Basic Concepts Electromagnetic Theory
Displacement Current Basic Concepts Electromagnetic Theory
00:20:51

Displacement Current Basic Concepts Electromagnetic Theory
Electromagnetic Waves Basic Concepts Electromagnetic Theory
00:18:41

Electromagnetic Waves Basic Concepts Electromagnetic Theory
Electromagnetic Waves Basic Properties Part 1 Electromagnetic Theory
00:14:11

Electromagnetic Waves Basic Properties Part 1 Electromagnetic Theory
Electromagnetic Waves Basic Properties Part 2 Electromagnetic Theory
00:13:25

Electromagnetic Waves Basic Properties Part 2 Electromagnetic Theory
Generation Of Electromagnetic Waves LC Oscillations Basic Concepts Electromagnetic Theory
00:26:44

Generation Of Electromagnetic Waves LC Oscillations Basic Concepts Electromagnetic Theory
Electromagnetic Spectrum Basic Concepts Electromagnetic Theory
00:18:31

Electromagnetic Spectrum Basic Concepts Electromagnetic Theory
Basic Analysis Of Electromagnetic Spectrum Part 1 Electromagnetic Theory
00:14:33

Basic Analysis Of Electromagnetic Spectrum Part 1 Electromagnetic Theory
Basic Analysis Of Electromagnetic Spectrum Part 2 Electromagnetic Theory
00:12:56

Basic Analysis Of Electromagnetic Spectrum Part 2 Electromagnetic Theory
Maxwell s Equations Basic Concepts Electromagnetic Theory
00:21:22

Maxwell s Equations Basic Concepts Electromagnetic Theory
Displacement Current Question 2 Electromagnetic Theory
00:07:26

Displacement Current Question 2 Electromagnetic Theory
Displacement Current Questions 3 Electromagnetic Theory
00:10:45

Displacement Current Questions 3 Electromagnetic Theory
Displacement Current Question 4 Electromagnetic Theory
00:06:39

Displacement Current Question 4 Electromagnetic Theory
Displacement Current Question 5 Electromagnetic Theory
00:07:38

Displacement Current Question 5 Electromagnetic Theory
Displacement Current Question 6 Electromagnetic Theory
00:07:08

Displacement Current Question 6 Electromagnetic Theory
Properties Of Electromagnetic Waves Question 1 Electromagnetic Theory
00:08:15

Properties Of Electromagnetic Waves Question 1 Electromagnetic Theory
Properties Of Electromagnetic Waves Questions 2 Electromagnetic Theory
00:13:25

Properties Of Electromagnetic Waves Questions 2 Electromagnetic Theory
Properties Of Electromagnetic Waves Question 3 Electromagnetic Theory
00:08:32

Properties Of Electromagnetic Waves Question 3 Electromagnetic Theory
Properties Of Electromagnetic Waves Question 4 Electromagnetic Theory
00:11:40

Properties Of Electromagnetic Waves Question 4 Electromagnetic Theory
Properties Of Electromagnetic Waves Questions 5 Electromagnetic Theory
00:13:48

Properties Of Electromagnetic Waves Questions 5 Electromagnetic Theory
Properties Of Electromagnetic Waves Questions 6 Electromagnetic Theory
00:13:41

Properties Of Electromagnetic Waves Questions 6 Electromagnetic Theory
Properties Of Electromagnetic Waves Question 7 Electromagnetic Theory
00:09:37

Properties Of Electromagnetic Waves Question 7 Electromagnetic Theory
Properties Of Electromagnetic Waves Question 8 Electromagnetic Theory
00:10:31

Properties Of Electromagnetic Waves Question 8 Electromagnetic Theory
Properties Of Electromagnetic Waves Question 9 Electromagnetic Theory
00:09:00

Properties Of Electromagnetic Waves Question 9 Electromagnetic Theory
Properties Of Electromagnetic Waves Question 10 Electromagnetic Theory
00:09:20

Properties Of Electromagnetic Waves Question 10 Electromagnetic Theory


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14 Reviews
ISHANA JAYARAMAN ECE 

Good learning
2026-09-28

DHARANESHWARAN S 

good learning
2026-09-27

Deepasree ShanmugaSundaram 

Good learning
2026-09-27

GANIKA K ECE 

good
2026-09-25

ANISHA P ECE 

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2026-09-25

DIVIYALAKSHMII S ECE 

Very good
2026-09-25

DANISH ABDULLAH 

It provides valuable information regarding the course
2026-09-18

Stephen Richard 

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2026-06-15

KOTHAPELLY PRANEETH 

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2026-04-02

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Electromagnetic theory Course Description

Electromagnetic theory, in this course explore the fundamental principles governing electric and magnetic fields and their interactions. In this course, we will learn about Maxwell’s equations, which form the foundation of classical electromagnetism, and understand how electric and magnetic fields behave in vacuum and in matter. We’ll study key topics including Gauss’s Law, Faraday’s Law, Ampère’s Law, and the concept of displacement current. The course also covers electromagnetic wave propagation, boundary conditions, Poynting vector, and the flow of electromagnetic energy. You will learn the mathematical tools—like vector calculus—required to analyze and solve electromagnetic field problems. Whether you're a physics or engineering student, this course will provide the knowledge needed for fields such as telecommunications, electrical engineering, and advanced physics. Gain both theoretical insight and practical problem-solving skills in electromagnetic theory. ENGINEERING TUTORIAL