Boundary Conditions of EM Waves | Reflection & Refraction | Reflection & Transmission Coefficients

In this video, we explore the fundamental concepts of electromagnetic (EM) wave behavior at the boundary between two different media. We begin by discussing the boundary conditions of EM waves and how these conditions affect the reflection and refraction of waves when they encounter an interface.

You'll learn how reflection and transmission coefficients are derived and how they are used to determine the behavior of EM waves as they pass through or reflect off different surfaces. We'll break down the mathematical equations that describe these phenomena and provide clear examples to help you understand the practical applications of these concepts in fields like optics, telecommunications, and electrical engineering.

This video will be helpful for students, engineers, and anyone interested in gaining a deeper understanding of EM wave behavior, especially in complex mediums. Whether you are preparing for an exam or working on a project that involves electromagnetic theory, this detailed explanation will equip you with the knowledge you need to tackle boundary conditions, reflection, refraction, and more.
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