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Course Outline Physics 2
Faculty of Science
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Department of Physics
Code
PHY223
Credits
3(3-0)
Name course
Physics II
semester
1
Academic year 2552
Students
Student in Faculty of Enginneer
Lecturers
Assistant Professor Preya Anupongongarch
Responder
Assistant Professor Preya Anupongongarch
Prerequisite
PHY 121 Physics 1
Program Structure
General Education
Date-Time
SEC 01 WF 9.00-10.15
SEC 02 T 9.00-11.50
SEC 03 WF 10.30-11.45
SEC 04 H 9.00-11.50 (INTER)
12. Room ; Lecture SEC 01 room 3-206
SEC 02 room 4-222
SEC 03 room 3-206
SEC 04 room 4-113
13. Course description This course covers the basic of electrostatics , electric circuit , direct current ,
electromagnetic , alternating current , semiconductor , diode , wave , sound , optic , quantum
mechanics , physics of atom , physics of nucleus and radioactivity. By using physics concepts are
discussed and developed leading to applications. Knowledge of algebra and calculus is required.
14. Collect the education :
14.1 Objective
To train student to have understanding the concept of basic of electrostatics , electric circuit , direct
current , electromagnetic , alternating current , semiconductor , diode , wave , sound , optic , quantum
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mechanics , physics of atom , physics of nucleus and radioactivity. And the student can use knowledge to
applied for related fields.
14.2 Detail of Subject
See in (14.3)
14.3 Detail of Subject / week
Week
1
2
3
4
5
6
7
dd/mm/yy
10-12/06/09
Heading
Introduce course and explain overall in this subject and teach
in Chapter 1
1.1 Charge
1.2 Coulomb’s Law
17-19/06/09 1.3 Electric Field
1.4 Electric Flux
1.5 Gauss’s Law
24-26/06/09 1.6 Motion of charge in constant electric field
1.7 Potential energy and Electric Potential
Chapter 2 Direct Current
2.1 Electric Current
2.2 Resistor , Resistance , Electric Power
2.3 Ohm’s Law and DC Circuit
1-3/07/09 2.4 Kirchhoff’s Law
2.5 Capacitance , Capacitor
8-10/07/09 2.6 Charge and discharge in RC Circuit
Chapter 3 Electromagnetic
3.1 Magnetic Field
• Biot - Savart Law
15-17/07/09
• Ampere’s Law
3.2 Magnetic force happens by moving charge in
magnetic field.
3.3 Magnetic force happens by flowing current in wire.
3.4 Magnetic force happens by flowing current in two parallel
wires.
22-24/07/09 3.5 Induced EMF
3.6 Faraday’s Law and Lenz’s Law
3.7 Self - Inductance
Lecturer
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
3
Week
dd/mm/yy
8-9
10
26/07/09
12-14/08/09
11
19-21/08/09
12
26-28/08/09
13
2-4/09/09
14
9-11/09/09
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16-18/09/09
16
23-25/09/09
17
30/9/09-
Heading
3.8 RL Circuit
Midterm Examination (see announcement in study room)
Chapter 4 Alternating Current
4.1 R , C , L in AC circuit , rms
4.2 RLC Circuit
• Series
• Parallel RLC Circuit
4.3 Average Power
4.4 Resonance in RLC Circuit
Chapter 5 Wave Sound
5.1 Speed of wave
5.2 Properties of Waves
5.3 Wave Function
5.4 Superposition and Standing Wave
5.5 Sound
5.6 Speed of sound
5.7 Intensity and Intensity Level
5.8 Doppler Effect
Chapter 6 Electromagnetic waves and Optics
6.1 Electromagnetic waves
6.2 Properties of light
6.2.1 Law of Reflection , Image formation in concave
mirror and convex mirror
6.2.2 Law of Refraction, Image formation in concave Lens
and convex Lens
6.3 Far-Sight , Near-Sight , Optical Equipments
Chapter 7 Quantum Physics & Nuclear Physics
7.1 Black Body Radiation
7.2 Plank’s Hypothesis
7.3 Wave – Particle Duality
7.4 Photoelectric Effect
7.5 Atomic Structure
7.6 X-Ray and LASER
7.7 Nuclear Structure
Lecturer
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
Asst.Prof.Preya
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Week
dd/mm/yy
2/10/09
4/10/09
15. Activity
15.1 Teaching
Heading
7.8 Binding Energy and Binding Energy per Nucleon
7.9 Types of Ray
7.10 Law of radioactive Decay
7.11 Fusion Reaction and Fission Reaction
Final Examination (see announcement in study room)
Lecturer
1. Narration
2. Self Learning with CAI , e –Learning
15.2 Learning Process 1. Self directed approach
2. Poblem based approach
16. Courseware
1.. CAI , e –Learning
17. Measurement : Lecture 100%
1. QUIZ 20 %
2. Assignments 20%
3. Midterm examination 30%
4. Final examination 30%
18. Evaluation: Condition of evaluate
18.1 To have studying time more than 80%
18.2 To pass when get the marks more than 50%
19. References
19.1 The textbook to be used :
Preya Anupongongarch, Physics 2 & General Physics 2
John W. Jewett, Jr. , Raymond A. Serway, Physics for Scientists and Engineers with
Modern Physics , Seventh Edition., Thomson Learning, Inc., 2008
19.2 The textbook to be used more read:
1. John D. Cutnell , Kenneth W.Johnson , Physics , John Wiley & Sons, Inc.,1998.
2. Hugh D. Young , Physics , Addison-Wesley Publishing Company ,Eighth Edition , 1992.
3. Thomus L.Floyd , Electric Circuits Fundamentals , Prentice-Hall International , Inc.
Fourth Edition , 1998.
4. Douglas C. Giancoli , Physics For Scientists and Engineers with Modern Physics.
second Edition Pretice - Hall , int , United Sate of America , 1988
19.3 E-Learning : Computer Simulation
: http://www.rsu.ac.th/science/index_pom_sani.htm
: http://www.rsu.ac.th/science/index_sama.htm
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20. Assignment of weekly
Time
Assignment
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Give Assignment
Quiz Electrostatics
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Quiz DC
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Quiz Electromagnetic
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Quiz Alternating current
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Quiz Wave Sound and Light
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Quiz Quantum Physics and Nuclear Physics
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