1. Electric Field (10 hrs)
2. Coulomb Law and Gauss Law Potential (6 hrs)
3. Capacitance and Dielectric (6 hrs)
4. Electrostatic field in Matter (2 hrs)
5. Current and Resistance (4 hrs)
6. Magetostatics Lorentz force, Biot-Savart Law and Ampere Law (6 hrs)
7. Magnetrostatic field in Matter (2 hrs)
8. Electromagnetic Inducton (Faraday’s Law) (4 hrs)
9. Inductance and AC circuits (6 hrs)
10. Maxwell’s Equations and Electromagnetic Waves (6 hrs)
11. Optics (Interference and Diffraction) (6 hrs)

一、Course Introduction	1. Electric Field (10 hrs) 2. Coulomb Law and Gauss Law Potential (6 hrs) 3. Capacitance and Dielectric (6 hrs) 4. Electrostatic field in Matter (2 hrs) 5. Current and Resistance (4 hrs) 6. Magetostatics Lorentz force, Biot-Savart Law and Ampere Law (6 hrs) 7. Magnetrostatic field in Matter (2 hrs) 8. Electromagnetic Inducton (Faraday’s Law) (4 hrs) 9. Inductance and AC circuits (6 hrs) 10. Maxwell’s Equations and Electromagnetic Waves (6 hrs) 11. Optics (Interference and Diffraction) (6 hrs)
二、Document of syllabus	包建華-基礎物理(二)演習B.docx
三、教材編選	Self Developed	Lecture Handout	Self Edited Textbooks	Teaching Program	Self Made Teaching Video	Other
四、教學教法	Lecture Slides	Group Discussion	Student Oral Report	Problem Based Learning	Case Study	Other
五、評量工具	Mid-Term Exam	Final Exam	Quiz	Assignment	Homework	Mid-Term Report	Final Report
五、評量工具	Project Report	Evaluation Ruler	Other
Please respect to the intellectual property rights, do not photocopy the textbooks which assigned by professors.