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Learn to model Faraday's Law using Python programming in this 26-minute electrodynamics lecture that demonstrates how the integral of E dot dl around a square loop equals the rate of change of magnetic flux. Build upon foundational concepts from Part 1 as you work through computational modeling techniques to visualize and calculate electromagnetic induction phenomena. Access the accompanying Python code through GlowScript to follow along with the practical implementation and gain hands-on experience applying mathematical physics concepts through programming. Develop skills in both theoretical electrodynamics and computational physics methods as part of a comprehensive second-semester electrodynamics curriculum.
