Aula 19: Dedução formal da Lei de Ampère
In this lesson, we perform the traditional derivation of Ampère's Law from Biot-Savart's Law. Its objective in this course is to encourage students to "think about Electromagnetism" beyond the basic application of the equations, which is the main focus of the standard Physics 3 courses. Students who wish to continue with the standard Basic Electromagnetism course can watch only the first 14:00 minutes of the video. This lesson has the following sequence of topics: 1. Basic comments about Ampère's Law and its mathematical form; 2. Comparative table between Electrostatics and Magnetostatics and analogy between Gauss's Law and Ampère's Law; 3. Generalization of Biot-Savart's Law for surface and volume currents; 4. Helmholtz's Theorem, divergence and curl; 5. Calculation of the magnetic field divergence; 6. Calculation of the magnetic field curl; 7. Derivation of Ampère's Law via Stokes' Theorem.

Aula 18: Lei de Biot-Savart

Aula 22: Aplicações da Lei de Faraday

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Aula 20: Aplicações da Lei de Ampère

Aula 05: Introdução ao Potencial Eletrostático

Aula 16: Introdução ao Campo Magnético

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APRENDE MATEMÁTICAS DESDE CERO. Nivel Básico

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Aula 07: Capacitância

Aula 21: Introdução à Lei de Faraday

Aula 12: Corrente e Resistência Elétrica

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Aula 08: Capacitância e Energia Eletrostática

Campos magnéticos são criados por correntes elétricas: A lei de Ampère

FÍSICA DESDE CERO. Curso inicial, lo más básico

Lecture 17: The Hall Effect and the sign of charge carriers

Aula 11: Introdução aos Circuitos Elétricos

Aula 09: Dielétricos – Parte I

