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Course Outline: |
Relativity, Thermodynamics, Quantized systems, Atomic physics, Nuclear physics
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Prerequisites: |
PHY184 or PHY184A, or
PHY184B, or PHY294H, or LBS267
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Lecturer: |
Prof. David Tomanek |
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Lectures: |
Monday, Wednesday, Thursday, 9:10 am - 10:00 am, BPS 1420; |
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Recitations: |
Tuesday, 9:10 pm - 10:00 pm, BPS 1420; |
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Office Hours: |
After class or by appointment, 4231 Biomedical and Physical Sciences Bldg.
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Textbooks: |
Modern Physics:
Note that the Modern Physics textbook comes together with a support web site which contains a number of useful resources for the course. Of particular interest are computer simulations, some of which will be used in the lectures. The link to the web site can be found here.
Thermodynamics:
You can find more information on the websites of the publisher or other bookstores such as Bookfinder.com. Only chapters 17 through 20 from the "Physics for Scientists and Engineers" will be used for the PHY215 course. You may thus opt for purchasing only the volume containing chapters 17 through 20 from the multi-volume version.
If you already own the second edition of any of the above text books,
you can use it for the PHY215 course.
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Homework: |
There are 11 homework assignments, which are due on
Wednesdays at 3:00 am (see the course schedule). MSU's
LONCAPA
system will be used for the course homework One of the advantages of the
LONCAPA
system is that students may enter solutions to questions and problems and
know immediately if they are right. There is no penalty for wrong answers and
credit is earned for all correct answers entered before the due date of the
assignment. By default there are 10 tries for each part of a homework problem.
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Help: |
The Teaching Assistant for the course is Xu Lu. The TA's job is
to assist students in homework assignments by solving example problems at the
recitations. The TA will be present in the Strosacker Learning Center in 1248 BPS,
is available for office hours (3 h per week) on case-by-case
appointment basis, and is reachable via e-mail at <luxu@msu.edu>.
Note that there is a discussion forum within
LONCAPA,
where students can post and answer questions. The TA will monitor the
discussion forum and answer open questions every Tuesday of the semester from 2-7 p.m.
Formation of small study groups is strongly encouraged, with incentives provided
for those, who coordinate such informal study groups.
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Reading: |
Students are expected to read the chapters listed in the course
schedule prior to each lecture. There will be
LONCAPA
based quizzes on the reading assignments posted after each lecture with a due
date at 8:00 am on the day of the corresponding lecture. Reading quizzes
will provide an opportunity to communicate to the instructor problems with
physics understanding of the material covered in the reading assignment
prior to the lecture; special care will be taken by the instructor to
address these problematic topics during the lecture.
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Quizzes: |
Reading quizzes will contribute to the 7% of the quiz grade.
By default there is only one try for any single quiz question.
In addition to the reading quizzes, there will be unannounced short quizzes
during lectures and recitations.
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Exams: |
There will be three one-hour Midterm Exams and one Final Exam. The exams will be based on the material covered in the lecture, lecture quizzes and homework. The Midterm Exams will take place during Class hours at the usual class location.
You are responsible for bringing the following to each one-hour Midterm Exam
and the Final Exam: All exams are closed book exams. To check your score after the exams are graded, enter "term summary" in LONCAPA.
You can make up to 30% of your exam score by solving Partial Credit by corrections
assignments, which contain all exam questions, but will be treated as homework.
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Grades: |
The relative contributions of homework, quizzes and exams to the course grade are: |
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This adds up to 102%, and includes 2% bonus points for potentially missed quizzes.
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The final grades will be calculated based on the following cut-off lines. These cutoffs may be lowered, but not raised (student grades may get better, now worse). |
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Links of interest: |
Click
HERE for additional information related to this course.
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Date | Day | Class | Topic | Reading | Homework |
1/12 | Mon | L0 |
Introduction and Classical physics overview |
Thornton 1.1-1.6 | |
1/13 | Tue | L1 | Relativity I | Thornton 2.1-2.4 | |
1/14 | Wed | L2 | Relativity II | Thornton 2.5-2.7 | H1, Due: 1/21 |
1/15 | Thu | L3 | Relativity III | Thornton 2.8-2.9 | |
1/19 | Mon |
Martin Luther King day - no classes |
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1/20 | Tue | R1 | Problems for L1-L3 and H1 | ||
1/21 | Wed | L4 | Relativity IV | Thornton 2.10 | H2, Due: 1/28 |
1/22 | Thu | L5 | Relativity V | Thornton 2.11-2.13 | |
1/26 | Mon | L6 | Thermodynamics I | Fishbane 17.1-17.5 | |
1/27 | Tue | R2 | Problems for L4-L5 and H2 | ||
1/28 | Wed | L7 | Thermodynamics II | Fishbane 18.1-18.4 | H3, Due: 2/4 |
1/29 | Thu | L8 | Thermodynamics III | Fishbane 18.5-18.8 | |
2/2 | Mon | L9 | Thermodynamics IV | Fishbane 19.1-19.3 | |
2/3 | Tue | R3 | Problems for L7-L9 and H3 | ||
2/4 | Wed | L10 | Thermodynamics V | Fishbane 19.4-19.7 | H4, Due: 2/11 |
2/5 | Thu | L11 | Thermodynamics VI | Fishbane 20.1-20.4 | |
2/6 | Fri | End of Tuition Refund | |||
2/9 | Mon | R4 | Problems for L10-L12 and H4 | ||
2/10 | Tue | L12 | Thermodynamics VII | Fishbane 20.5-20.7 | |
2/11 | Wed | Review | |||
2/12 | Thu | Exam I | Partial Credit, Due: 2/18 | ||
2/16 | Mon | L13 |
Classical physics overview and Expt. basis of Quantum Theory I |
Thornton 1.1-1.6 and 3.1-3.3 |
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2/17 | Tue | L14 | Expt. basis of Quantum Theory II | Thornton 3.4-3.5 | |
2/18 | Wed | L15 | Expt. basis of Quantum Theory III | Thornton 3.6-3.7 | H5, Due: 2/25 |
2/19 | Thu | L16 | Expt. basis of Quantum Theory IV | Thornton 3.8-3.9 | |
2/23 | Mon | L17 | Atomic Structure I | Thornton 4.1-4.2 | |
2/24 | Tue | R5 | Problems for L13-L16 and H5 | ||
2/25 | Wed | L18 | Atomic Structure II | Thornton 4.3-4.4 | H6, Due: 3/4 |
2/26 | Thu | L19 | Atomic Structure III | Thornton 4.5-4.7 | |
3/2 | Mon | L20 | Waves of Matter I | Thornton 5.1-5.3 | |
3/3 | Tue | R6 | Problems for L17-L20 and H6 | ||
3/4 | Wed | L21 | Waves of Matter II | Thornton 5.4-5.5 | H7, Due: 3/18 |
3/4 | Wed | Middle of the semester | |||
3/5 | Thu | L22 | Waves of Matter III | Thornton 5.6-5.8 | |
3/9 | Mon | Spring Break, no classes | |||
3/10 | Tue | Spring Break, no classes | |||
3/11 | Wed | Spring Break, no classes | |||
3/12 | Thu | Spring Break, no classes | |||
3/16 | Mon | L23 | Quantum Theory I | Thornton 6.1-6.2 | |
3/17 | Tue | R7 | Problems for L21-L23 and H7 | ||
3/18 | Wed | L24 | Quantum Theory II | Thornton 6.3-6.4 | H8, Due: 3/25 |
3/19 | Thu | L25 | Quantum Theory III | Thornton 6.5-6.6 | |
3/23 | Mon | L26 | Quantum Theory IV | Thornton 6.7 | |
3/24 | Tue | R8 | Problems for L24-26 and H8 | ||
3/25 | Wed | Review | |||
3/26 | Thu | Exam II | Partial Credit, Due: 4/1 | ||
3/30 | Mon | L27 | The Hydrogen Atom I | Thornton 7.1-7.2 | |
3/31 | Tue | L28 | The Hydrogen Atom II | Thornton 7.3-7.4 | |
4/1 | Wed | L29 | The Hydrogen Atom III | Thornton 7.5-7.6 | H9, Due: 4/8 |
4/2 | Thu | L30 | Multi-electron Atoms I | Thornton 8.1 | |
4/6 | Mon | L31 | Multi-electron Atoms II | Thornton 8.2-8.3 | |
4/7 | Tue | R9 | Problems for L27-L31 and H9 | ||
4/8 | Wed | L32 | Statistical Physics I | Thornton 9.1-9.2 | H10, Due: 4/15 |
4/9 | Thu | L33 | Statistical Physics II | Thornton 9.3-9.4 | |
4/13 | Mon | L34 | Statistical Physics III | Thornton 9.5 | |
4/14 | Tue | R10 | Problems for L32-L34 and H10 | ||
4/15 | Wed | L35 | Statistical Physics IV | Thornton 9.6-9.7 | H11, Due: 4/22 |
4/16 | Thu | L36 | Statistical Physics V | Two-level systems | |
4/20 | Mon | L37 | Nuclear Structure I | Thornton 12.1-12.4 | |
4/21 | Tue | R11 | Problems for L35-L36 and H11 | ||
4/22 | Wed | Review | |||
4/23 | Thu | Exam III | Partial Credit, Due: 4/29 | ||
4/27 | Mon | L38 | Nuclear Structure II | Thornton 12.5-12.8 | |
4/28 | Tue | L39 | Nuclear Reactions I | Thornton 13.1-13.4 | |
4/29 | Wed | L40 | Introduction to Nanotechnology | Thornton 11.4 | |
4/30 | Thu | Review | |||
5/7 | Thu | Final Exam: 7:45 am - 9:45 am |