General Physics I, II
普通物理 I, II

98
學年度 PHYS10000AA
06-25-2010 updated

Chia-Liang Cheng
鄭嘉良                                      
Dean, Committee for General Education

Professor,
Department of Physics, 
National Dong Hwa University  
1, Sec 2, Da-Hsueh Rd., Shou-Feng, Hualien, 974 Taiwan  
SCI. 
B112 (O)B417(Lab)
+886-3-8633696(O), +886-3-8633698 (Lab) 
+886-3-8633690 (Fax)
E-mail: clcheng@mail.ndhu.edu.tw

Class hours: Tue 11:10-12:00 am, Thu 10:10-12:00 am 
Classroom:  D131 
Office Hours: Mondays, 10-12am,
SCI B112

TA:

             蘇芳儀(碩 二), Office: B417, 03-863-3698, E-mail: reicely@gmail.com
   



Textbook: Physics for Scientists and Engineers with modern Physcis,
Serway, Jewett, seventh edition, Thomson Brooks/Cole
Reference:
1. Fundamentals of Physics, Halliday, Resnick, Walker
six or seventh edition, John Wiley & Sons, Inc..
  2. "Lectures on Physics I, II, III", Richard P. Feyman, 
Adisson-Wesley Pub. Co. Inc. (1963).
3. "Physics for Scientists and Engineers", Serway, Beichner
Fifth edition, Saunder College Publishing, 2000
Exams: Mid term: two in each semester
10-27-2009, and 12-03-2009 (1st semester); 04-01-2010, 05-20-2010 (2nd semester)
Final: One in each semester
01-12-2010, 06-22-2010
Quizzes Quiz will be given in class one week after finishing each chapter on problems assigned for homework. Each quiz will have one or two problems, 10 points each.
All the exam problems will be given in English. All the quizzes will be ONLY from the homework problems assigned but may with some variations.
Homework: Homework will be assigned and posted in the internet. It must be handed in during the class at the due day and will be graded. The solutions will be posted in the internet in this page for your reference.  (To be determined)
Grading: 上學期:
Midterm: 30% (two exams)
Final: 25%
Quizzes: 20%
Home works: 10%
Class Interaction: 15% (+1% each positive feedback in class, extra credits)

下學期
Midterm: 30% (two exams)
Final: 25%
Quizzes: 20%
Home works: 0%
Attendance: 15% (% each attendance, 3 hrs)
Class Interaction: 15% (+1% each positive feedback in class, extra credits)

 

About this course:

        The lectures are designed as a two-semester course for first-year college students. General physics is one of the most basic courses for science majors. It is essential and absolutely important for any science courses you will take in the future. You are strongly suggested to do home works and practice as many problems as you can (by yourself, of course), as this is almost the ONLY way to do your general physics right. Do not hesitate to ask questions in or out of class. There is no stupid question in physics. Do ask!

         This course is designed for freshmen physics majors.  Although you have had almost 4 years of physics in your high school days, it is NOT THE SAME.  One obvious difference is the textbook will be in English (so will the examine problems).  This is a tough obstacle to most freshmen.  There is only one way to get this over, that is, you study harder (especially in the first six chapters when the physics is easier, you should also concentrate on the English).  However, most importantly, you should treat the general physics from a different prospective.  More mathematics will be involved in treatment of the physics problems. Therefore, the solution to a problem sometime is not the most important part, it is the PHYSICS (the physics picture your will build in your mind) that is important in the learning of this course.

         Due to the enormous amount of the material in the textbook, we will make choices and skip some parts that are not critical to the subject or future applications.  However, we will try to cover all the materials if possible to provide you with a broader view toward the General Physics.    
        The lectures of this year will start from Chapter 7 of Serway and end in Chapter 38. You will have another course, Modern Physics that follows this course as a bridge between General Physics and Quantum Physics. However, it depends on the responds of the class, we may go into the modern physics parts (part 5, Chap. 39-45) if possible.

Class Contents and Schedules:

First Semester
(09-15-2009 ~ 01-18-2010)

Week

Date

Chapter

Contents

1

 09/15, 09/17 0 NO CLASS
I will be out of country until 09/19
Read Chapter 1-6 yourself
Note: please pay attention on the English of the text. It is important that you get yourself familiar with the English as soon as possible.

2

09/22, 09/24 Chap.1-6 Introduction to the class
Review, Chapters 1-6
You should have read these materials last week. Only concepts will be discussed in class.

3

09/29, 10/01 Quiz 1
Chap. 7,8
Quiz 1, on Chap 1-6 (10/01)
Quiz 1, solution

The quiz will be on the materials of Chap 1-6, and the problems at the end of each chapter.
Starting of lectures
Chap. 7, Energy of a system
Chap 8, Conservation of Energy

4

10/06, 10/08 Chap. 8,9 Chap 8, Conservation of Energy
Chap 9 Linear momentum and collisions

5

10/13, 10/15 Chap. 10, 11 Quiz 2, on Chap 7-9, 10/13
Quiz 2, solution

Rotation of a rigid Object about a fixed axis
Angular momentum

6

10/20, 10/22 Chap. 12 Static equilibrium and elasticity

7

10/27, 10/29 Chap. 13, 14 Midterm Exam 1, 10/27/2009 (One hour)
Midterm Exam 1 solution Ch 1-10

Universal gravitation
Fluid mechanics

8

11/03, 11/05 Chap. 15 Quiz 3, on Chap 10-11, on 11/03
Quiz 3, solution

Oscillatory motion

9

11/10, 11/12 Chap. 16 Wave motion

10

11/17, 11/19 Chap. 16
Chap. 17
Wave motion
Sound wave
Quiz 4, 11/19 on Chap 12-15
Quiz 4, solution

11

11/24, 11/26 Chap. 17 11/24, University day, no class
HW#1 due 11/26
Sound wave

12

12/01, 12/03 Midterm Exam 12/01, No class
Midterm Exam 2
12/03/2009 (Open book, Chap 11-18)
Midterm Exam 2 solution

13

12/08, 12/10 Chap. 18
Chap. 19
Superposition and standing wave
Temperature

14

12/15, 12/17 Chap.20 The first law of thermodynamics

15

12/22, 12/24 Chap. 20 Quiz 5, 12/24 on Chap 18-20  
Quiz 5, solution

The first law of thermodynamics
HW#2 due 12/22

16

12/29, 12/31 Chap. 21 The kinetic theory of gases

17

01/05, 01/07 Chap. 21 The kinetic theory of gases
18 01/12, 01/14 Final examine Final Exam, 01/12/2010
Chap10-22
Final exam 1
Final Exam 1 solution
HW#3 due 01/12

Class Contents and Schedules:
Second Semester
(02-01-2010 ~ 07-31-2010)

Grading policy:

98學年度下學期 (To be determined in class)
Midterm: 30% (two exams)
Final: 25%
Quizzes: 20%
Home works: 0%
Attendance: 15% (1% each attendance, 3hrs),
Class Interaction: 15% (+1% each positive feedback in class, extra credits)

Week

Date

Chapter

Contents

1

 2/23, 2/25 0 Decide grading policy(2/23)
Review last semester's final examine (2/25)

2

 3/02, 3/04 22, 23 Heat engines, entropy, and the second law of thermodynamics
Electric fields

3

3/09, 3/11 24, 25 Gauss's Law
Electric potential
Quiz 6, (3/11) Chap 22-24
Quiz 6 solution

4

 3/16, 3/18 26 Capacitance and Dielectrics

5

 3/23, 3/25 27, 28 Current and Resistance
Direct Current Circuit
Quiz 7, (3/25) Chap 23-25
Quiz 7 solution

6

 3/30, 4/1 28 3/30, no class
Midterm Exam 3, 04-01-2010, Chap 22-26
Midterm Exam 3 solution


Direct Current Circuit

7

 4/06, 4/08 29 4/6 National holiday, no class
Magnetic fields

8

 4/13, 4/15 30 Source of the Magnetic fields

9

 4/20, 4/22 31 Faraday's Law

10

 4/27, 4/29 32 Inductance

11

 5/4, 5/6 33 Alternating Current Circuits
Quiz 8, (5/4) Chap 27-30
Quiz 8 solution

12

 5/11, 5/13 34 Electromagnetic Waves

13

 5/18, 5/20 0 Midterm Exam 4, Chap 27-32, 05-20-2010
Open-book examine
Midterm Exam 4 solution

14

 5/25, 5/27 35, 36 The nature of light and the laws of geometric Optics
Imagine formation
 

15

 6/1, 6/3 37 Interference of Light Waves
Quiz 9, (6/1) Chap 31-33
Quiz 9 solution

16

 6/8 6/10 0 No class, but has a quiz (1 hour test)
Quiz 10, (6/8) Chap 34-38
Quiz 10 solution
 17  6/15, 6/17 37, 38 Interference of Light Waves
Diffraction Patterns and Polarizations

18

 6/22, 6/24   Final Exam 2  
10:10 am-12:00, 06-24-2010,
Chap 33-38
Note: Date and time agreed on 6/17 in class

Final Exam 2 solution