21024104
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1年, 2年, 3年, 4年前学期木5
基礎物理学演習第一
Elementary Exercises in Physics I
中井 日佐司
単位区分
単位数: 1単位必修 | 課程・類・プログラム | 種別 |
|---|---|---|
詳細あり | ||
関連Webサイト
主題および達成目標
物理学の
- 専門用語,
- 解答に
- 論理,
- 技能(特に
な
The aim is to learn the following in Japanese through the
preparation of answers to physics exercises.
- terminology,
- Strategies for solutions,
- Logic,
- Problem-solving skills (especially in mathematics).
The first semester includes exercises on mechanics and waves,
while the second semester covers thermodynamics and
electromagnetism.
前もって履修しておくべき科目
なし。
None.
前もって履修しておくことが望ましい科目
なし。
None.
教科書等
教科書 :学域:の
参考書:
[1] Raymond A. Serway
[3] 副島、
[4] 長谷川
[5] 二宮、
Textbooks : Textbook and exercise book for the undergraduate course 'Physics'.
Reference books:
[1] Raymond A. Serway, "Physics for Scientists and Engineers Ia, Ib" (Gakujutsu Tosho Shuppansha).
[3] Soejima, Sugiyama, "Dynamics", Kodansha Fundamental Physics Series 1 (Kodansha).
[4] Hasegawa, "Vibration and Wave", Kodansha Fundamental Physics Series 2 (Kodansha)
[5] Ninomiya, Namiki, Sugiyama, "Introduction to Mathematics for Physics", Kodansha Fundamental Physics Series 10 (Kodansha)
授業内容とその進め方
1 力学
=========
1. ガイダンス
- この
- 座標, 座標系
- 運動学 :: 運動を
2. 質点運動の
- 時間変化する
- 時間微分
3. 運動の
- ニュートンの
- 微分方
- 位置の
4. 常微分方
- 二階定数係数線形同次微分方
- 変数分離型常微分方
5
6. 単振動
7. 減衰振動
8. 力学的エネルギー
9. 力学まとめ
2 波動
=========
10. 波の
- 力学的波動が
- 正弦波(調和波)
11. 波動方
12. 波の
- 単振動の
- 正弦波が
13. 基準振動と
- 正弦定常波
- 定常波の
- 重ね合せの
14. 波の
- 波動方
- 固定端や
15. 到達度確認テスト、
[進め方
1)
2) 教員に
3) 受講者に
4) 教員に
1 Mechanics
=========
1 Guidance.
- Explanation of the purpose of this exercise and how to proceed.
- Coordinates, coordinate systems
- Kinematics :: Representing motion in mathematical formulae.
2. Mathematical representation of motion
- Mathematical expressions for time depending vectors
- Derivatives of vectors with respect to time :: velocity, acceleration
3. Laws of motion and equations of motion
- Newton's laws of motion
- Differential equations
- Equations of motion as differential equations of position
4. Solution of ordinary differential equations
- Second-order constant coefficient linear homogeneous differential equations
- Ordinary differential equations with separate variables
5. Falling motion in the presence of air resistance
6. Simple harmonic oscillation
7. Damped oscillations
8. Mechanical energy
9. Summary of mechanics
2 Waves
=========
10. How waves are represented
- Requirements for mechanical waves to occur, types of waves
- Sinusoidal waves (harmonic waves)
11. Wave equation
12. Energy carried by waves
- Sinusoidal wave seen as a set of simple harmonic oscillations
- Energy carried by sine waves.
13. Characteristic oscillation and standing wave
- Standing wave
- Energy of the standing wave
- Superposition principle
14. Reflection and transmission of waves
- Waves as solutions to the wave equation
- Reflection and transmission at fixed or free ends
15. Achievement test, commentary.
The following is how the class will be conducted:
1) Explanations on the topic of the session,
2) Teacher's answers to example questions are written on the board,
3) Answers to questions by the students,
4) Critique of the answers by the teacher.
授業時間外の学習
まず, 学域授業である
すぐに
First, review the undergraduate course 'Physics'. If you do not understand
something, ask your lecturer or the lecturer of this course
immediately.
成績評価方法および評価基準
[成績評価法]
授業中に
[最低達成基準]
すじみちを
[Grading system]
Problems solved in class 60% + final exam 40%.
[Minimum Achievement Criteria]
To be able to ask questions about mechanics in a logical way.
オフィスアワー・授業相談
月〜金の
Monday to Friday 12:10-12:50, Thursday and Friday
14:40-16:10. Other times are available on request.
学生へのメッセージ
この
Through this exercise I hope you will learn the importance of (1)
Physics and mathematics are good friends and (2) to explain things
logically.
その他
なし。
None.