ELECTROMAGNETISM

概要

Electromagnetism is an important part of classical physics with considerable technological applications. In this course we study the fundamental laws developed by Ampere, Faraday, Lorentz in the 19th century that govern electricity and magnetism. Then, we will see how Maxwell’s equation concisely unify the electric and magnetic effects and provide the basis for understanding electromagnetic waves. Finally, we will study the behavior of electromagnetic waves in vacuum and in matter. This course follows the curriculum policy 2 to acquire the fundamentals of physics subject as well as curriculum policy 3 to develop the ability to contribute to the acquisition of physical values and the creation of functions by systematically understanding the disciplines of electromagnetism. Prerequisites: 1. Mathematics: multivariable calculus, partial derivatives, multiple derivatives, logarithms, rules of differentiation and integration. 2. Physics: Mechanics (Basic Physics I and II), Electrostatics (Engineering and applied sciences 2 (Green Engineering Subjects)/Materials and Life Sciences (Physics)(Green Science Subjects)

目標

The objective is to understand the disciplines of electromagnetism and electromagnetic waves.

授業外の学習

It is required to read the relevant part of the textbook before and after each lecture (total required time for each lecture is 180 minutes). For each examination, additional preparation (required time for each examination is 320 minutes) is necessary. The total required time outside of class per semester is 2800 minutes (180x12 + 320x2).

所要時間: 200 minutes