This course explains that Light also travels through space as an electromagnetic wave (like X-Rays and so on). This was a stupendous scientific discovery. Previous to this, it could not be imagined how Light has anything to do with electricity and magnetism. Even today, it’s a difficult for many to understand this.
Following topics are covered:
1) get a feel for Electromagnetic waves
2) basic Equation for Electromagnetic waves
3) Maxwell’s displacement current (adding to Ampere’s law)
- Â for a simple wire
- Â for a capacitor circuit (parallel plate type)
4) Four fundamental equations for Electromagnetic Waves, Electricty and Magnetism
5) Energy density of an electromagnetic wave
6) Electromagnetic Spectrum
Course Features
- Lectures 11
- Quiz 0
- Duration Lifetime access
- Skill level All levels
- Language English
- Students 128
- Certificate No
- Assessments Yes
- 1 Section
- 11 Lessons
- Lifetime
Expand all sectionsCollapse all sections
- Lessons Included11
- 1.1Get a feel for Electromagnetic waves
- 1.2Maxwell equations derivation to prove Electromagnetic waves travel at the speed of light
- 1.3Basic Equation for Electromagnetic wave
- 1.4Maxwell’s displacement current (adding to Ampere’s Law)
- 1.5Ampere’s Law, Maxwell’s equation, Displacement current, and Conduction current
- 1.6The 4 fundamental equations for Electromagnetic Waves, Electricity and Magnetism
- 1.7Energy density of electromagnetic wave
- 1.8Electromagnetic Spectrum
- 1.9solved problem-1
- 1.10HCVerma solved problem-1
- 1.11Interactive Test-multiple choice
