# 課程列表: 所有課程

10001 工程

Vector Mechanics for Engineers-Statics
Vector Mechanics for Engineers-Dynamics
by Beer, Johnston, Jr., Mazurek and Eisenberg
9th Ed. in SI Units (2010)

Engineering Mechanics - Statics/Dyanmics by Hibbeler
Engineering Mechanics - Statics/Dynamics by Riley and Sturges
Engineering Mechanics - Statics/Dyanmics by Meriam and Kraige
Engineering Mechanics - Statics/Dynamics by Tongue and sheppard

1. Introduction
2. Statics of Particles
3. Rigid Bodies : Equivalent System of Forces
4. Equilibrium of Rigid Bodies
5. Distributed Forces : Centroids and Centers of Gravity
6. Analysis of Structures
7. Forces in Beams and Cables
8. Friction
9. Distributed Forces : Moments of Inertia
10. Method of Virtual Work
11. Kinematics of Particles
12. Kinetics of Particles : Newton’s Second Law

1. 1st Exam. (Chap. 2 - 6) 30%
2. 2nd Exam. (Chap. 7 - 10) 30%
3. Final Exam. (Chap. 11 - 12) 30%
4. Homeworks 10%
5. Quizs (不定期、不通知) 5%

10001 工程

一、課程說明(Course Description)
人類應不應該繼續使用核能發電,在世界各國都是一個頗具爭議的問題。在國內，是否應該興建核四廠已經爭議了近二十年，核四成了政治的圖騰，成為政黨興衰與個人意志力的象徵。民進黨執政後，以迅雷不及掩耳的方式，宣佈停建核四，接著在在野黨的脅迫下，恢復核四的興建，一停一續之間，衝擊了人們對執政黨的信心，成為造成經濟衰退的最後一根壓死駱駝的稻草。林義雄先生對核四公投的堅持，也直接的促成了公投法的通過。為了對環保團體有所交待，張俊雄院長在宣佈核四復工時，同時聲稱推動”非核家園”政策。七年來，未見政府依程序，將”非核家園”列為正式之國家政策。

2003年，國際化石燃料價格開始飆漲；2005年2月，抑制二氧化碳排放的京都議定書生效；已開發國家開始積極尋求可以替代化石燃料產生大規模動力的能源。核能發電成本較不易受到國際能源價格波動影響，以及不排放二氧化碳的兩項重要特質，重新獲得該有的重視。

Richard Wolfson, "Nuclear choice, a Citizen Guide to Nuclear Technology,",
The MIT Press, 1993

http://pnn.pts.org.tw/main/?p=25573

10001 工程

Course Description
The objective of this course is to provide the basic concepts of scientific computing, with applications to diversified areas including simple games, page rank, fractals, linear equations, interpolation, ordinary differential equations, and so on. We shall emphasize the use of MATLAB as the tool for such scientific computing and visualization.

Prerequisites
Calculus, Linear algebra

Text Books
MATLAB程式設計【入門篇】 by Roger Jang
Experiments with MATLAB by Cleve Moler
Numerical computing with MATLAB by Cleve Moler

References
MATLAB程式設計【進階篇】 by Roger Jang

Course format
We shall have lecture and lab sessions.
The TA will lead the lab session and students are expected to finish the assignments in the lab sessions. The time for the lab sessions is to be determined in the class.

Syllabus
We shall follow the contents of the books by Cleve Moler closely.

Evaluation
Course participation: 10% or so
Assignment: 50% or so
Exam: 40% or so

Course Web Page
http://mirlab.org/jang/courses/cs3330

10001 自然科學

Thermal Physics (second edition, 1980) by Kittel and Kroemer.

General Physics: Temperature, entropy and heat. Bolzmann distribution. Stationary states (energy levels) in quantum physics.
Applied Math: Partial differentiation. Probability theory.

Mondays (10:10-11:30)
Wednesdays (08:30-09:50)

Week 1
Sep 12 (Mon) 中秋節

Sep 14 (Wed) L1: multiplicity (Chap 1)

Week 2
Sep 19 (Mon) L2: binary model system (Chap 1)
Sep 21 (Wed) L3: sharpness of multiplicity function (Chap 1)

Week 3
Sep 26 (Mon) L4: most probable configuration (Chap 2)
Sep 28 (Wed) 教師節

Week 4
Oct 3 (Mon) L5: temperature (Chap 2)
Oct 5 (Wed) L6: entropy (Chap 2)

Week 5
Oct 10 (Mon) 國慶日
Oct 12 (Wed) L7: Boltzmann factor (Chap 3)

Week 6
Oct 17 (Mon) L8: partition function (Chap 3)
Oct 19 (Wed) L9: Helmholtz free energy (Chap 3)

Week 7
Oct 24 (Mon) L10: Sackur-Tetrode equation (Chap 3)
Oct 26 (Wed) 1st midterm (Chap 1-3)

Week 8
Oct 31 (Mon) 發考卷與檢討考卷
Nov 2 (Wed) L11: Planck radiation law (Chap 4)

Week 9
Nov 7 (Mon) L12: electrical noise (Chap 4)
Nov 9 (Wed) L13: phonon and Debye theory (Chap 4)

Week 10
Nov 14 (Mon) L14: chemical potential (Chap 5)
Nov 16 (Wed) 全校運動會停課

Week 11
Nov 21 (Mon) L15: chemical potential, again (Chap 5)
Nov 23 (Wed) L16: thermodynamic relations and identities (Chap 5)

Week 12
Nov 28 (Mon) L17: Gibbs sum (Chap 5)
Nov 30 (Wed) 2nd midterm (Chap 4-5)

Week 13
Dec 5 (Mon) 發考卷與檢討考卷
Dec 7 (Wed) L18: quantum statistics (Chap 6)

Week 14
Dec 12 (Mon) L19: Fermi and Bose functions (Chap 6, page 152-160)
Dec 14 (Wed) L20: ideal gas in classical limit (Chap 6, page 160-171)

Week 15
Dec 19 (Mon) L21: thermal processes for ideal gas (Chap 6)
Dec 21 (Wed) L22: Fermi gas (Chap 7)

Week 16
Dec 26 (Mon) L23: metal, white dwarf star and nuclear matter (Chap 7)
Dec 28 (Wed) L24: Bose-Einstein condensation 1 (Chap 7)

Week 17
Jan 2 (Mon) L25: Bose-Einstein condensation 2 (Chap 7)
Jan 4 (Wed) L26: superfluidity in Helium (Chap 7)

Week 18 (Final Week)
Jan 11 (Wed) final (Chap6-7)

10001 自然科學

Course outline
The course will be given on the basis of 3 hours a week (Tuesday, 10~12 AM and Thursday, 11~12 AM) in 綜合三館 room 203. The materials for teaching will be regularly posted on the course website (http://www.stat.nthu.edu.tw/~swcheng/Teaching/math2810/).

This course introduces students to useful and interesting ideas of the mathematical theory of probability, and to a number of applications of probability to a variety of fields including genetics, economics, geology, business, and engineering. The theory developed together with other mathematical tools such as combinatorics and calculus are applied to everyday problems. Concepts, calculations, and derivations are emphasized. Topics include the basic results and methods of both discrete and continuous probability theory: conditional probability, independent events, random variables, jointly distributed random variables, expectation, variance, covariance, and limit theorems.

Textbook

Ross, S. (2009), A First Course in Probability, 8th edition, Pearson Prentice Hall.

References

1. Ross, S. and Pekoz E. (2007), A Second Course in Probability, ProbabilityBookstore.com.
2. Feller, W. (1967), An Introduction to Probability Theory and Its Applications, Volume I, 3rd edition, John Wiley & Sons.
3. Feller, W. (1971), An Introduction to Probability Theory and Its Applications, Volume II, 2nd edition, John Wiley & Sons.

Assignment

There will be weekly or bi-weekly assignments. You are free to discuss the assignment questions with your classmates, but you must write up your answers individually. You CANNOT turn answers in as a group or simply reproduce a classmate's write up. All homework must be handed in before the end of class on the day it is due.

Your grade will be determined by homework (30 %), a midterm (30 %), and a final exam (40 %).

Prerequisites

Knowledge of Calculus.

09902 自然科學

Week 1 : 生命的起源
主講者：李家維教授（分子與細胞生物研究所）
參考書籍：
我們是火星人？
生命的起源比你想得更簡單

Week 2 : 臍帶血與幹細胞
Week 3 : Why we age?
Week 4 : 基因改造食品
Week 5 : 基因療法基因檢測
Week 6 :全球流感防疫總動員
Week 7 : 癌症
Week 8 : 永保青春
Week 9 : 亦敵亦友：探索微生物的世界
Week 10 : 眼睛與人工視覺
Week 11 : 新藥免疫療法 發展治療哮喘與過敏的抗體藥物
Week 12 : 為什麼我要有生命科學知識呢?-生命科學知識對你的益處
Week 13 : 為什麼我要有生命科學知識呢?-動物的生殖策略與演化的關係

09902 自然科學

【指定參考】
1.中文教材：「普通物理實驗」，黃勝良、吳秀錦主編，國立清華大學出版社出版，93 年 9 月版。
2.實驗講義、講解簡報和參考資料見普物實驗網站：http://www.phys.nthu.edu.tw/~gplab和科普

3.英文教材：請自行從普物實驗室網站：http://www.phys.nthu.edu.tw/~gplab下載。

09902 自然科學

◆◆◆◆◆◆豪豬教授給學習普物同學的話◆◆◆◆◆◆◆◆◆◆◆◆

近年來，普通物理的課本越長越厚。老師怎麼教？學生如何讀？物理系專業的課程，教科書也沒長到這般怪獸的厚度，這真的是最有效率的學習方法嗎？我不以為然。
在99學年，我決意進行一項普物教學的改革：每個學期，我只教十個問題。介紹學生瞭解這些問題，引導課堂上適度的討論，並輔以紮實而系統化的背景知識。希望開創雙向溝通的課堂，將傳統授課與課堂討論結合，讓學生藉由參與課程進行，窺見科學知識的前沿，並培養分析、解決問題的能力。
此段的開放式課程，是這項改革的第一步。希望在102學年，我們能夠以更成熟的方式，呈現完整的普物課程(上下學期各10個問題)，提供學生與教師另一個學習普通物理的途徑。

課程大綱
General Physics  (II) (Spring, 2011)
For updated information, please go to
http://hsiuhau.wikispaces.com/
Lecturer: Prof. Hsiu-Hau Lin
Textbook: Physics for Scientists and Engineers with Modern Physics (8th edition) by J. W. Jewett and R. A. Serway.
Ten Questions for General Physics II
(Spring, 2011)

Q1 (Week 2-3, Chap 23-24)
Why are most materials charge neutral?

Q2 (Week 4, Chap 25)
What causes lightning?

Q3 (Week 5, Chap 29)
How does the Earth’s magnetism arise?

Q4 (Week 6, Chap 30)
Can magnetic forces do work?

Q5 (Week 7-8, Chap 31, Chap34)
Why can light propagate in vacuum?

Week 9 Midterm on April 21, 2011

Q6 (Week 10-11, Chap 37-38)
What is the secret to appreciate impressionist paintings?

Q7 (Week 12-13, Chap 40)
What is the nature of light?

Q8 (Week 14-15, Chap 41-42)
Why are atoms stable?

Q9 (Week 16, Chap 43)
How can superconductors superconduct?

Q10 (Week 17, Chap 44)

How can we date fossils?

Week 18 Final on June 23, 2011

09902 自然科學

Chemistry - The Molecular Nature of Matter and Change, 5th edition, by Martin S.
Silberberg

Chemical Principles by Zumdahl

(1)以 Power Point 講解並用黑板輔助說明
(2)上課補充資料及指定的習題解答將會公佈於數位學習系統iLMS (
http://lms.nthu.edu.tw/)
(3)Office hour: 3:30~5:00 PM Tuesdays, Chemistry building R402
(4)考試前將安排時間由助教做習題講解

1. The Properties of Mixtures: Solutions and Colloids
2. Kinetics of Chemical Reactions
3. Equilibrium of Chemical Reactions
4. Acid-Base Equilibria
5. Ionic Equilibria in Aqueous Systems
6. Thermodynamics of Chemical Reactions
7. Electrochemistry
8. Main Group Elements
9. Organic Compounds and the Atomic Properties of Carbon
10. The Transition Elements and Their Coordination Chemistry
11. Nuclear Reactions and Their Application
12. The Elements in Nature and Industry

(1) attendance is required; quiz (10%), two midterms and final (30% each)
(2) Test schedule: midterm I on 3/30/11 (Wed), midterm II on 5/11/11 (Wed), and final on 6/22/11 (Wed)

09902 自然科學

1. Ring Theory
2. Field Theory

I. N. Herstein, Abstract Algebra.