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Introduction to Electrodynamics

Track :

Science

Lessons no : 199

For Free Certificate After Complete The Course

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What will you learn in this course?
  • Understand the principles of electrodynamics and their relation to special relativity and electromagnetic fields
  • Apply Coulomb's law and Gauss's law to solve electrostatics problems in various configurations
  • Analyze magnetic fields generated by current-carrying conductors using Biot-Savart law and Ampère's law
  • Utilize Faraday's law of induction to design and analyze electromagnetic induction systems and devices
  • Explain the relativistic connection between electric and magnetic fields in different reference frames
  • Solve Maxwell's equations for static and dynamic electromagnetic fields in free space and materials
  • Develop problem-solving skills for real-world applications involving electric and magnetic phenomena
  • Interpret the behavior of electromagnetic waves and their propagation in different media
  • Assess the impact of relativistic effects on electromagnetic interactions and technologies
  • Design basic electromagnetic circuits and analyze their behavior using fundamental principles
  • Evaluate the role of electromagnetic theory in modern communication and sensing technologies
  • Apply vector calculus to derive and manipulate electromagnetic field equations
  • Understand the concept of electromagnetic potentials and their significance in field theory
  • Integrate concepts of special relativity into the analysis of electromagnetic phenomena
  • Use computational tools to simulate electromagnetic fields and wave propagation
  • Critically analyze experimental data related to electric and magnetic fields in practical scenarios

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Lessons | 199
Introduction Introduction to Electrodynamics
00:02:37

Introduction Introduction to Electrodynamics
Learning Physics
00:07:41

Learning Physics
4 Fields of Physics
00:02:15

4 Fields of Physics
The 4 Basic Forces
00:02:54

The 4 Basic Forces
Scalars and Vectors
00:04:52

Scalars and Vectors
Vector Addition
00:02:08

Vector Addition
Dot and Cross Products old
00:08:57

Dot and Cross Products old
1 1 2 Vector Algebra Component Form
00:06:37

1 1 2 Vector Algebra Component Form
1 1 3 Triple Products
00:03:46

1 1 3 Triple Products
1 1 4 How Vectors Transform
00:02:24

1 1 4 How Vectors Transform
1 5 1 The Divergence of r hat r 2
00:05:39

1 5 1 The Divergence of r hat r 2
1 5 2 The One Dimensional Dirac Delta Function
00:02:45

1 5 2 The One Dimensional Dirac Delta Function
Example 1 11
00:03:56

Example 1 11
1 5 3 The Three Dimensional Diract Delta Function
00:05:40

1 5 3 The Three Dimensional Diract Delta Function
1 6 1 The Helmholtz Theorem
00:03:09

1 6 1 The Helmholtz Theorem
1 6 2 Scalar and Vector Potentials
00:03:51

1 6 2 Scalar and Vector Potentials
2 1 1 Introduction to Electrostatics
00:03:12

2 1 1 Introduction to Electrostatics
2 1 2 Coulomb s Law
00:02:11

2 1 2 Coulomb s Law
2 1 3 The Electric Field
00:03:52

2 1 3 The Electric Field
2 1 4 Continuous Charge Distributions
00:03:24

2 1 4 Continuous Charge Distributions
2 2 1 Field Lines and Gauss s Law 1
00:03:39

2 2 1 Field Lines and Gauss s Law 1
2 2 1 Field Lines and Gauss s Law 2
00:04:31

2 2 1 Field Lines and Gauss s Law 2
2 2 1 Field Lines and Gauss s Law 3
00:02:47

2 2 1 Field Lines and Gauss s Law 3
2 2 2 The Divergence of E
00:04:53

2 2 2 The Divergence of E
2 2 3 Applications of Gauss s Law 1
00:04:03

2 2 3 Applications of Gauss s Law 1
2 2 3 Applications of Gauss s Law 2
00:02:14

2 2 3 Applications of Gauss s Law 2
2 2 3 Applications of Gauss s Law 3
00:04:52

2 2 3 Applications of Gauss s Law 3
2 2 3 Applications of Gauss s Law 4
00:03:49

2 2 3 Applications of Gauss s Law 4
2 2 3 Applications of Gauss s Law 5
00:03:01

2 2 3 Applications of Gauss s Law 5
2 2 4 The Curl of E
00:08:26

2 2 4 The Curl of E
2 3 1 Introduction to Potential
00:06:26

2 3 1 Introduction to Potential
2 3 2 Comments on the Potential
00:05:56

2 3 2 Comments on the Potential
2 3 2 Example 6
00:04:50

2 3 2 Example 6
2 3 3 Poisson s Equation and Laplace s Equation
00:02:23

2 3 3 Poisson s Equation and Laplace s Equation
2 3 4 The Potential of a Localized Charge Distribution
00:04:37

2 3 4 The Potential of a Localized Charge Distribution
2 3 4 Example 7
00:08:46

2 3 4 Example 7
2 3 5a Summary
00:02:42

2 3 5a Summary
2 3 5b Electrostatic Boundary Conditions
00:05:55

2 3 5b Electrostatic Boundary Conditions
2 4 1 The Work Done in Moving a Charge
00:02:57

2 4 1 The Work Done in Moving a Charge
2 4 2 The Energy of a Point Charge Distribution
00:05:40

2 4 2 The Energy of a Point Charge Distribution
Show More Lessons

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KHAN REHANA MOHD HASAN

good 2024-03-24

Amol harkulkar

thankyou 2023-08-27

Sanskruti Khare

good 2023-08-21

Atharva Raut

nice course... would enjoy more if it was more visually appealing. 2023-08-16

Poonam Sunil Bhise

Very good knowledge 2023-08-03

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Unlike most textbooks on electromagnetic theory, which treat electricity, magnetism, Coulomb's law and Faraday's law as almost independent subjects within the framework of the theory, this well-written text takes a relativistic point of view in which electric and magnetic .