21024103
留学生対象クラスFGN102a FGN102b FGN102c FGN102d FGN102e FGN102f FGN102g FGN102h FGN102i FGN102j FGN102k FGN102m FGN102n FGN102p FGN102r
1年, 2年, 3年, 4年前学期火1
基礎物理学演習第一
Elementary Exercises in Physics I
Hans-Georg Matuttis
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
以下の
1. 英語と
2. 物理学に
3. 常微分方
4. 物理学概論に
5. 以上の
The purpose of this course is to help students learn the following topics:
1. Basic terminology of Physics in both English and Japanese
2. Application of mathematical models with applications in physics
3. Solution Strategies for ordinary differential equations
4. Rehearsal and deepening of the topics from 物理概論-lectures.
5. Scientific discussion about all topics 1.-4.
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:学部の
毎回の
Worksheets will be distributed in every lecture.
授業内容とその進め方
1+2. オリエンテーション, および
3. ニュートンの
4. 積分から
5. 複素数:微分方
6+7. 物理学に
8. 摩擦と
9+10. 物理学に
11. 力学系に
12. 共振:力学から
13. 振動から
14. 波動:偏波と
15. うなりと
Lecture 1.+2. Orientation and Basic terminology
Observables, variables, formulae in English and Japanese.
3. Newton Kinematics: Relation between position, velocity and acceleration
in differential and integral form
4. From Integration to the solution of Differential equations:
Initial conditions and Variable Separation
5. Complex Numbers
Relation between, cos(x), sin(x), exp(x) for unification of solutions of
differential equations
6+7. Linear homogeneous differential equations and autonomous systems in physics
8. Friction and drag
9.+10. Linear inhomogeneous differential equations and non-autonomous systems in physics
11. Resonance in mechanic systems
12. Resonance: From mechanics to Circuits
13. From oscillations to waves
14. Waves
Polarization and Boundary conditions
15. Beats and Wave Velocity
授業時間外の学習
授業毎の
Weekly homework
成績評価方法および評価基準
宿題 70%
授業活動の
Homework 70%
Active Participation in class (Punctuality, questions, answers) 30%
オフィスアワー・授業相談
まず
Send me an E-Mail, and we organize a meeting at the next convenient time
学生へのメッセージ
数学は
この
「微分積分を
Mathematics is the language of physics. In high school, you have learned doing "physics" and "calculus". The topic of this lecture is to learn "doing physics with calculus", how physical variables and relations can be derived with differential methods.
その他
なし。
none