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Basic Intro Course for Physics (AI Based) , DoAS (MIRRC)
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Module 7
Electromagnetic Waves and Optics
1
Deriving the Electromagnetic Wave Equation in a Vacuum
Derive the electromagnetic wave equation in a vacuum from Maxwell's equations.
2
Properties of Plane Electromagnetic Waves
Describe the properties of plane electromagnetic waves, including their transverse nature and polarization.
3
Electromagnetic Wave Energy and Intensity
Calculate the Poynting vector, energy density, and intensity of electromagnetic waves.
4
Normal Incidence: Reflection & Transmission at Dielectric Interfaces
Analyze the reflection and transmission of electromagnetic waves at normal incidence on a dielectric interface.
Fresnel Equations: Oblique Incidence
Derive the Fresnel equations for reflection and transmission at oblique incidence.
6
Thin Film Interference and Interferometers
Apply the principles of interference to analyze thin films and interferometers like the Michelson.
7
Fraunhofer Diffraction: Single Slit, Double Slit, and Gratings
Apply Fraunhofer diffraction theory to single-slit, double-slit, and diffraction grating systems.
8
Light Polarization & Manipulation
Analyze the polarization of light, including polarizers, wave plates, and optical activity.
Previous module
Magnetostatics and Electrodynamics
Next module
Continuum and Fluid Mechanics