PHYSICS 103-01 TR 0800
Ð
0915 DL312
http://people.uncw.edu/morrisonj/courses/PHY103/Syllabus/PHY103-Syllabus-011211.html
GREAT
IDEAS IN PHYSICS
SYLLABUS
INSTRUCTOR:
JOHN M. MORRISON
OFFICE:
DL-201
and MYRTLE GROVE 2331
EMAIL:
morrisonj@uncw.edu - Preferred Method of Communication
PHONE:
910-962-2333
OFFICE HOURS:
TUESDAY
AND THURSDAY, 0915 Ð 1015 DL201
or
CALL
OR EMAIL FOR APPOINTMENT
ALSO,
IF YOU HAVE QUESTIONS AT ANY TIME WHEN
YOU
ARE STUDYING, EMAIL ME, I MIGHT BE ONLINE
AND
ANSWER YOU IMMEDIATELY!!!
Course
Prerequisites or Restrictive Statements: None
Student
Learning Outcome:
á
An understanding
of the nature
of science by the nonscientist by emphasizing the concepts underlying
four
great ideas in physics: the conservation of energy, the second law of
thermodynamics, the relativity of time, and the wave-particle duality
of
nature. Explores the mutual influence of science and the humanities
á
Physics deals with
the study of
nature in terms of matter and energy.
In or course we will deal with only four fascinating topics
which will
hopefully allow us to learn how scientists develop concepts and how
these
concepts are used to study nature. We will also spend some time
studying how
science and the humanities influence each other!
á
Alas, the
equations! The language of science is
mathematics,
and it is impossible to appreciate science without equations and
quantitative
problems. The mathematical
treatment of these topics is based on high school mathematics, without
calculus. A review of the
mathematics needed for this course is presented in Appendix A.
REQUIRED TEXT: ÒGREAT IDEAS IN PHYSICSÓ, 3rd
Edition
by
Alan Lightman
SYLLABUS:
Course
work based on CHAPTERS 1 through 4 of TEXT
Course
Organization and Scope:
á
Chapter
1:
Conservation
of
Energy
o
Conservative Laws
o
Gravitational
Energy
o
Kinetic Energy
o
Units of Length,
Mass, Weight,
and Energy
o
Heat Energy
o
The Conservation
of Energy and
the Limited Lifetime of the World
o
Reactions to
Possible Violations
of the Conservation of Energy
á
Chapter
2:
The
Second
Law of Thermodynamics
o
Reversible and
Irreversible
Phenomena
o
States of a System
and
Probability of Configurations
o
Mechanical Energy
and Heat
o
The Irreversible
Flow of Heat
o
Doing Work with
Heat
o
Entropy and order
o
Resistance to
Implications of
the Second Law
o
The Second Law
Applies to Human
Society
o
The Second Law
Used to Refute
the Theory of Evolution
á
Chapter
3:
The
Theory
of Relativity
The Relativity of
Time
o
Relativity in Brief
o
Science Leading to
the Theory
of Relativity
o
The Theory of
Relativity
o
Abolition of
Absolute Space and
Time
o
EinsteinÕs
Approach to Science
o
The Influence of
the Theory of
Relativity on Literature
o
Relativity and
Sculpture
á
Chapter
4:
Quantum
Mechanics
The Wave-Particle
Duality of Nature
o
Waves
o
The Photoelectric
Effect
o
The Double-Slit
Experiment
o
The Role of the
Observer and
the Nature of Reality
o
Quantum Physics
and Language
o
The Heisenberg
Uncertainty
Principle and the Demise of
Determinism in
Science
o
Determinism,
Causality, and
Choice in the Quantum World
Appendix A:
A review of basic mathematics
Appendix B:
Problems and Discussion Questions
GRADING:
á
EXAM
1: Multiple
Choice
and Short Problems on Ch1
50
pts
á
EXAM
2: Multiple
Choice
and Short Problems on Ch2
50
pts
á
EXAM
3: Multiple Choice and Short Problems on
Ch3
50
pts
á
EXAM 4: Multiple
Choice and Short Problems on Ch4
50
pts
á
SHORT
ESSAYS: 2 TO BE ASSIGNED
100
pts
á
HOMEWORK:
100
pts
á
CLASS
PARTICIPATION:
100 pts
Final
grade based on percentage of
500 pts
Final
grades
will be based on a plus/minus grading scale as follows:
A
= 93-100;
A- = 90-92; B+ = 87-89; B = 83-86; B- = 80-82; C+ = 77-79; C = 73-76;
C- =
70-72; D+ = 67-69; D = 63-66; D- = 60-62; and F < 60.
FINAL EXAM:
THURSDAY,
DECEMBER 11, 0800 Ð 1100
Late
Assignments and Incomplete Grades:
Absences
and Scheduling Makeup Work:
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on Academic Integrity:
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regarding plagiarism: Please be especially familiar
with UNC-WÕs position on plagiarism as
outlined in the UNCW Student Handbook.
Plagiarism is a form of academic dishonesty in which you take
someone
elseÕs ideas and represent them as your own.
Here are some examples of plagiarism:
á
You write about someone elseÕs
work in your paper
and do not give them credit for it by referencing them.
á
You give a presentation and use
someone elseÕs
ideas and do not state that the ideas are the other persons.
á
You get facts from your textbook
or some other
reference material and do not reference that material.
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á
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