本課程為學年必修課之前半段，對象為電機系或其他理工科系之學生。本實驗課必須與「普通物理」課程一起修習。實驗課為一學分，但每週上課三小時。課程目的希望學生透過親手操作物理實驗，了解和驗證普通物理課所學習的定律，同時培養團隊紀律與合作精神。課程內容包括力學、轉動、振動、流體力學、熱力學等課題的相關實驗。
This course is the first semester of a two-semester lab course for students majoring in Electrical Engineering and other sciences. It is designed to be a companion to complement the lecture course of General Physics. Although a one-credit course, students are required to attend a three-hour class each week. The goal of the course is for the students to develop and reinforce conceptual understanding of physical phenomena via hand-on experiments, with topics ranging from mechanics, rotation, vibration, fluid dynamics, to thermodynamics, etc.
學生修習完本課程，將認識下列專有名詞：vernier caliper, micrometer caliper, photoelectric timer, least square method, logarithmic graph paper, empirical equation, simple harmonic motion, Newton's laws for motion, static force analysis, torque, centripetal force, rotational inertia, torsion pendulum, gyroscope, wavelenth, tension, fluid, viscosity, coefficient of linear expansion, etc.
This course is the first semester of a two-semester lab course for students majoring in Electrical Engineering and other sciences. It is designed to be a companion to complement the lecture course of General Physics. Although a one-credit course, students are required to attend a three-hour class each week. The goal of the course is for the students to develop and reinforce conceptual understanding of physical phenomena via hand-on experiments, with topics ranging from mechanics, rotation, vibration, fluid dynamics, to thermodynamics, etc.
學生修習完本課程，將認識下列專有名詞：vernier caliper, micrometer caliper, photoelectric timer, least square method, logarithmic graph paper, empirical equation, simple harmonic motion, Newton's laws for motion, static force analysis, torque, centripetal force, rotational inertia, torsion pendulum, gyroscope, wavelenth, tension, fluid, viscosity, coefficient of linear expansion, etc.
- Teacher: 江文中
電磁學主要是培養學生能在電波、通訊、光電及固態電子中所要用的電磁知識，除了能解釋常見的電磁物理現象外，也能分析設計相關的元件與系統。本課程之主要內容可學生使具有運用數學、物理及電機工程知識，解決電機相關的問題的能力；而部份內容可讓學生具有使用相關工具，以分析、設計電機工程系統與元件的能力。內容包括：靜電磁場、Maxwell方程式、平面電磁波與雷射在介質中的傳播現象、電磁元件理論等。內容包括：靜電磁場、Maxwell方程式與平面電磁波、平面電磁波與雷射在不同介質中的傳播現象、電路與系統特論等。
The aim of this course is that let students have sufficient knowledge of electromagnetics in EM waves, communications, photonics, and solid state electronics. Besides explaining common electromagnetic/physical effects, the students can utilize it to analyze and design relevant devices and systems. Its contents include static electromagnetic field theory, Maxwell's equations & plane EM waves, plane EM waves & lasers in distinct media, and selected topics in circuits & systems.
The aim of this course is that let students have sufficient knowledge of electromagnetics in EM waves, communications, photonics, and solid state electronics. Besides explaining common electromagnetic/physical effects, the students can utilize it to analyze and design relevant devices and systems. Its contents include static electromagnetic field theory, Maxwell's equations & plane EM waves, plane EM waves & lasers in distinct media, and selected topics in circuits & systems.
- Teacher: 李克怡