The 4 Maxwell's Equations 💡 (+ Divergence & Stokes Theorem)

🕒 understand Maxwell-Equations within 40 minutes
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Here you will learn everything about the Maxwell’s equations just within 40 minutes - explained for BEGINNERS! First, you'll learn what the Maxwell equations are all about (applications). Then the electric and magnetic fields - that are found in the Maxwell’s equations - are explained. To fully understand the Maxwell’s equations, you will then learn the divergence integral theorem and the curl integral theorem. These two mathematical theorems combine the line integral, the surface integral, and the volume integral (including rotation and divergence of a vector field). With the acquired knowledge you will easily understand all four Maxwell equations (in vacuum). In addition to the so-called differential form, the integral form of the Maxwell’s equations is explained.

LEVEL: 🔴🔴🔴⚪⚪

🎥 Content of the video:
⏲ [00:00] Introduction
⏲ [00:14] Applications of the Maxwell equations
⏲ [02:08] Electric field vector
⏲ [05:12] Magnetic field vector
⏲ [10:15] Divergence integral theorem
⏲ [10:15] Divergence integral theorem
⏲ [17:50] Curl integral theorem (Stokes Theorem)
⏲ [23:58] The FIRST Maxwell’s equation
⏲ [27:46] The SECOND Maxwell’s equation
⏲ [30:23] The THIRD Maxwell’s equation (Faraday’s law of induction)
⏲ [35:02] THE FOURTH Maxwell’s equation

📚 Maxwell's equations in text form:
🔗 https://en.universaldenker.org/lessons/11

📧 Contact Alexander:
🔗 contact@universaldenker.org

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#Physics, #Electromagnetism
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Видео The 4 Maxwell's Equations 💡 (+ Divergence & Stokes Theorem) канала PHYSICS ⚛ universaldenker․org