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Nov 03, 2024
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PHY 202 - Principles of Physics II Fundamental principles of electricity and magnetism using methods of calculus. Topics include static electricity, currents and simple circuits, electric and magnetic fields, energy and magnetic materials. Lecture/Lab Hours: Three lectures, one two-hour laboratory (not necessarily every week) and one recitation. Prerequisites: PHY 201 and MAT 122 or 236, which may be taken concurrently. Lecture/Lab Hours: Three lectures, one two-hour laboratory and one recitation. Fulfills: GE 2, GENS; LASR. (4 cr. hr.)
Frequency code F = offered in fall
Student Learning Outcomes
Upon successful completion of this course, students will be able to:
- Use electromagnetic theory and foundational concepts from mechanics to describe the motion of charged particles.
- Interpret core principles, theories, and laws of electromagnetic theory.
- Apply electromagnetic theory to the flow of electricity in circuits and the operation of electrical devices.
- Apply the methods of calculus, including differentiation, integration, and advanced techniques, to solve physics problems involving the motion of charged particles and electromagnetic fields.
- Design and implement experiments to test hypotheses related to electromagnetic theory.
- Collect, evaluate, and interpret experimental data related to electromagnetic theory, circuits, and electrical devices.
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