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Learn EDR Internals: Research & Development From The Masters
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Explore Ampere's Law and its practical applications in this comprehensive 2-hour physics lecture covering fundamental concepts of magnetism and electromagnetic theory. Begin with an examination of magnetic field units before diving into the geometric considerations essential for applying Ampere's Law effectively. Master the mathematical framework of Ampere's Law through detailed analysis of cylindrical and planar symmetry problems, then advance to more complex applications involving toroidal and solenoid configurations. Conclude with an investigation of magnetism in matter, understanding how magnetic fields interact with different materials and the underlying physical principles that govern these interactions.
Syllabus
00:00:00 - Lecture 20 Intro
00:02:11 - Units of Magnetic Fields
00:17:24 - Geometries for Ampere’s Law
00:49:27 - Intro to Ampere’s Law and cylindrical and planar symmetry applications
01:24:30 - Ampere’s Law Applications, Toroid and Solenoid Symmetries
01:47:50 - Magnetism in Matter
Taught by
CoA Physics