KING FAHD UNIVERSITY OF PETROLEUM AND MINERALS
DEPARTMENT OF PHYSICS
Physics 212 Modern Physics - Spring Session
2002 - 2003 (Term 022)
Course Schedule and Grading Policy
Instructor : Dr. Abdelkarim Mekki Office : 6/117
Telephone : (03) 860-4292 e-mail : akmekki@kfupm.edu.sa
web page : http://users.kfupm.edu.sa/phys/akmekki
Office Hours : S.M.W. 12:00 to 12:50 am
or by appointment Room
6/117 (my office)
Lectures : S.M.W. 11.00-11.50am Room
6/
Laboratory : M. 2.10-5.10 Room
6/239
Course Description:
An introductory course in Modern Physics. Topics covered include: Special Relativity; The Nuclear
Atom; Electromagnetic Radiation; Bohrs Theory of the atom; the Wave Nature of Matter; Quantum Mechanics in One and Three Dimensions; Atomic
X-ray Spectra; selected topics in Atomic, Nuclear, and Solid
State Physics.
Pre-requisites:
PHYS 102 General Physics II
MATH 102 Calculus II
Textbook:
"Modern
Physics", by R. A. Serway, C. J. Moses and C. A. Moyer, 2nd Ed.,
Saunders College Publishing
(1997).
References :
1) A. Baiser, Modern Physics,
2) H. C. Ohanian, Modern Physics, Prentice-Hall (1987).
R. T. Weinder and R. L. Sells, Elementary
Modern Phyics, 2nd Ed., Allyn and Bacon Inc.,
Goals :
To introduce the students to the basic concepts of the major theories of
the 20th century, namely The special
theory of relativity and quantum mechanics and to discuss some selected topics in atomic, solid state, nuclear and particle
physics.
Grading Policy :
The course grade will be evaluated as
follows:
%age
Homework+ Quizzes 15%
Laboratory 15%
Exam
1
15%
Exam
2 15%
Exam
3 15%
Final
exam 25%
Total 100%
Laboratory work:
The lab work score will be based on any or a combination of the lab reports and lab quizzes. Lab sessions will start on the second week of the classes. Read the experimental write up before coming to the lab session. Click here to see the lab schedule.
Exams
Schedule:
All exams will be of problem solving type. The exams are
scheduled as follows:
Exam
1
Exam
2
Exam
3
Final
Exam TBA (Comprehensive)
Policy on make-up exams:
If you miss a major or the final exam, you should come and
see me with your official excuse within
three days after the exam. Personal excuses are not allowed. If you miss the
exam without a valid excuse, you get a
ZERO score for that exam.
Attendance:
Attendance will be enforced and evaluated
according to current university regulations. A DN grade
will be given to any student exceeding 9 absences
without official excuses and/or three absences in laboratory experiments. Any student in possession of an excuse for
officially authorized absence must present this
excuse to his instructor no later than one week following his resumption of
class attendance.
Web page:
The course web page will provide key information
during the semester. It will give the homework
assignment, their due date and solution. The exams, homework, and lab grades will be published on the web site
on regular basis. Any scheduling information that will change during the semester or important announcement will be posted on the web site. Students are urged to check the web site as often as possible.
Physics 212 Lecture Schedule -Spring
2003 (Term 022)
Week |
Date |
Topics |
Chap. |
Sect. |
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1 |
24 Feb. 26 |
Overview; The Principle of Relativity The Michelson-Morley experiment |
1 1 |
1, 2 3 |
|||||||
2 |
01 Mar.
03 05 |
Postulates of Special Relativity and Its
Consequences The Lorentz
Transformation Relativistic Momentum and |
1 applet 1 1 |
4, 5 5, 6 7 |
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Saturday
08 March. 2003 - Last day for dropping courses without Grade of W |
|||||||||||
3 |
08
10
12 |
Relativistic Mechanics Electromagnetic Waves Blackbody radiation |
1 applet 2 applet 2 applet |
8 - 10 1, 2 2, 3 |
|||||||
4 |
15 17
19 |
Planks Law and Rayleigh-Jeans Law The Photoelectric Effect The Compton Effect and Particle Wave
Complementarity |
2 2 applet 2 |
3, 4 4, 5 5 |
|
||||||
5 |
22 24 26 |
Atoms and Electrons The Rutherford Model Applet1 , Applet2
, Applet3
, Applet4 The Bohr Atom Franck-Hertz Experiment |
3 applet 3 applet 3 |
1, 2 2, 3 3, 5 |
|
||||||
6 |
29 31
02 Apr. |
Exam
1 De Broglie Waves and Davisson-Germer
Experiment Phase Velocity and Group Velocity of Waves |
- 4 4 |
- 1, 2 3 |
|
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Wednesday
|
|||||||||||
7 |
05 07 09 |
The Heisenberg Uncertainty Principle Particle-Wave Duality of the Electron The Born Probabilistic Interpretation |
4 4 5 |
5 6 - 8 1, 2 |
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8 |
12
14 16 |
The Schrodinger
Equation for Particles The Particle in a Box (One dimension) The Finite square well |
5 5 5 |
2, 3 3, 4 5 |
|||||||
9 |
19 21 23 |
The Harmonic Oscillator Exam
2 Operators and Observables in Quantum
Mechanics |
5 - 5 |
6 - 7,8 |
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Wednesday
|
|||||||||||
10 |
26 28 30 |
Particle in a Box (Three Dimensions) Angular Momentum Space Quantization |
7 7 7 |
1 2, 3 3, 4 |
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11 |
03 May 05 07 |
Hydrogen-like
Atoms, Selection Rules. Orbital magnetism, Zeeman Effect, Electron
Spin The Spin-Orbit Interaction |
7 8 8 |
4, 5 1, 2 2, 3 |
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12 |
10 12 14 |
The Exclusion Principle The Periodic Table X-ray Spectra |
8 8 8 |
4 6 7 |
|||||||
13 |
17 19 21 |
Exam 3 Bonding Mechanisms Molecular Rotation and Vibration, Molecular
Spectra |
- 10 10 |
- 1 2, 3 |
|||||||
14 |
24 26 28 |
Bonding in Solids Free-Electron Model of Metals Magnetism In Matter |
11 11 12 |
1 2 1, 2 |
|||||||
15 |
31 02 June 04 |
Type I and II Superconductors Nuclear Physics Particle Physics |
12 13 14 |
3, 4 overview overview |
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|
TBA |
Final
Exam |
- |
- |
|
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