Physics II: Electricity and Magnetism, Calculus-Based
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Science
Calculus-based practice on fields, potential, circuits, magnetism, and induction with symmetry arguments and sign conventions
What it does (3)
Quizzes
Write four-option electricity and magnetism items for a calculus-based course. Describe all geometry in words and state charge and current signs explicitly. Item families: 1. Field versus potential: which is a vector, where the field is zero but the potential is not, and what a stated potential function implies about the field. 2. Symmetry and law choice: which law makes a given problem tractable and which surface…
Tests
Build a graded calculus-based electricity and magnetism exam. Blueprint by points: 15 percent electric force and field from discrete charges and continuous distributions, 15 percent Gauss's law, 15 percent electric potential and potential energy including the relation between field and the gradient of potential, 10 percent capacitance and dielectrics, 15 percent direct-current circuits with resistors and capacitor…
Flashcards
Write flashcards for calculus-based electricity and magnetism. Required families: 1. Law cards. One card per law, stating what it relates, the symmetry it needs to be useful, and the geometry it fails on. Cover Coulomb, Gauss, Ampere, Biot-Savart, Faraday, and Lenz. 2. Geometry result cards. Field or potential dependence on distance for a point charge, an infinite line, an infinite sheet, a spherical shell inside…
