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Learn to calculate the magnetic field generated by a long current-carrying wire using three distinct approaches in this 25-minute physics tutorial. Master the mathematical derivation through Biot-Savart law integration, apply Ampere's law for a more elegant solution, and implement a numerical simulation using Python programming. Access the corrected Python code through the provided Trinket link to run your own computational analysis of magnetic field patterns. Build foundational skills in electromagnetic theory by comparing analytical and computational methods for solving classic electrodynamics problems.
Syllabus
Electrodynamics: Magnetic field due to a long wire - three ways
Taught by
Dot Physics