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Explore the concept of electric polarization in this computational electromagnetism video. Learn how electrically polarizing a material creates localized charge distributions and generates new electric fields. Dive into the computational techniques used to solve for electric scalar potential and magnetic vector potential, fundamental to understanding electromagnetic problems. Discover how to model and visualize polarized shapes such as circles, boxes, and spheres, and their resulting electric field vectors. Gain insights into graphing electric fields and understanding their behavior in various polarized materials. This video is part of a series that uses computational tricks to solve electromagnetic problems, providing a practical approach to learning complex concepts in electromagnetism.
