Description: Electromagnetic Fields is a physical field produced by moving electrically charged objects. It affects the behavior of charged objects in the vicinity of the field.
Curriculum
- 1 Section
- 42 Lessons
- 10 Weeks
Expand all sectionsCollapse all sections
- Electromagnetic Fields42
- 2.1Introduction to Vector Part 1
- 2.2Introduction to Vector Part 1
- 2.3Coulomb Law
- 2.4Electric Field
- 2.5Electro Static Potential
- 2.6The Gradient
- 2.7Gauss(s) Law
- 2.8Energy in the Field
- 2.9Example Problems in Eletro Statics
- 2.10Poisson(s) Equation
- 2.11Fields in Materials
- 2.12Fields in Material Bodies
- 2.13Displacement Vector
- 2.14Capacitors
- 2.15Method of Image
- 2.16Poisson(s) Equation 2 Dimensions
- 2.17Field near Sharp Edges & Points
- 2.18Magnetic Field Part 1
- 2.19Magnetic Field Part 2
- 2.20Stokes Theorems
- 2.21The Curl
- 2.22Field Due to Current Loop
- 2.23Ampere(s) Law
- 2.24Examples of Ampere(s) Law
- 2.25Inductance
- 2.26Mutual Inductance
- 2.27Faraday(s) Law
- 2.28Magnetic Energy Part 1
- 2.29Magnetic Energy Part 2
- 2.30Magnetic Energy Part 3
- 2.31Generalised Ampere(s) Law
- 2.32Wave Equation Part 1
- 2.33Wave Equation Part 2
- 2.34Poynting Theorem
- 2.35Skin Effect Part 1
- 2.36Skin Effect Part 2
- 2.37Radiation & Circuits
- 2.38Phasor Form of Poynting Theorem
- 2.39Reflection at Dielectric Boundaries Part 1
- 2.40Reflection at Dielectric Boundaries Part 2
- 2.41Transmission Lines part 1
- 2.42Transmission Lines Part 2 & Conclusion
