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Electromagnetism
Electromagnetism
The one semester course aims at developing the foundation of electromagnetism and its applications. Students will learn about electric force, field and potential, capacitor, DC current and circuit, magnetic force and field, Maxwell equations and electromagnetic waves
Textbook: University Physics (Young and Freedman) 15th ed.
Reference books:
Electricity and Magnetism (Purcell and Morin) 3rd ed.
Electricity, magnetism and light (Saslow) 1st ed.
Course Outline (PDF)
Chapter 1: Introduction and vector calculus
Chapter 2: Coulomb's law, electric force and field
Chapter 3: Electric flux and Gauss' law [PPT]
Chapter 4: Electric potential
Chapter 5: Electric current
Chapter 6: Capacitor
Chapter 7: Resistance and DC circuit
Chapter 8: Magnetic force and Biot-Savart law
Chapter 9: Magnetic field
Chapter 10: Faraday's law, Maxwell's equations [PPT]
Chapter 11: Electromagnetic waves
Note: Sample material available through the link.
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