PHY 201, College Physics
Autumn 2003
Syllabus
Lecture:
Monday, Wednesday, Friday, 8:00-8:55 in SE 022.
Instructor: Brett van de Sande,
Lab: meets weekly in SE 227;
- Monday 1:25-4:15, Kaung-Ti Yung, starts Sept. 8
- Tuesday 1:00-3:50, Dennis Norman, starts Sept. 9
- Thursday 1:00-3:50, Brett van de Sande, starts Sept. 4
- Friday 1:25-4:15, Albert Dainton, starts Sept. 5
The lab manual will be handed out during the semester.
The lab manual is available on the course web page in
PDF format or
Postscript.
Read the Introduction to the lab manual before
coming to the first lab.
Textbook: Douglas C. Giancoli,
Physics for Scientists and Engineers with Modern Physics
There will be weekly
homework and reading assignments from the textbook.
Grading:
Test 1 | Oct. 1 | 12% |
Test 2 | Oct. 24 | 12% |
Test 3 | Nov. 19 | 12% |
Final exam | Dec. 16 at 8:00 | 24% |
Homeworks | | 20% |
Labs | | 20% |
It is important that you hand in homeworks on time; late
homeworks will be substantially penalized. If you are going
to miss class or lab for some reason, make arrangements with
your instructor beforehand.
Physics is learned by practice, id est by doing lots
of homework problems. Although these homework sets will be graded,
it is the responsibility of the student to learn
how to solve any problems that were missed, either by asking other
students or by asking the instructor. The exams may include a
few vocabulary and definition questions, but will strongly emphasize
the homework problems. If you master the homework problems, then
you should do well on the exams.
I encourage students to work together on the homework problems. It
is often helpful to discuss with others how a problem should be solved.
However, when you write down the solution to be handed in, it should
be in your own words. Don't hand in something that you have copied
or that you do not understand. That is cheating.
For both homeworks and exams, solutions should include intermediate
steps. If you just write down the answer, even if it is correct, you
will not get full credit. Also, don't fall into the trap of just
writing down equations; you should always include sentences, as
needed, describing what you are doing.
- Solutions for homework 11 (PDF)
- Solution to problem 50
in homework 13 (PDF)
- Solutions for homework 14 (PDF)
- Practice sheet (PDF) for the final
exam. You must fill out this sheet and bring it with you to the exam.
This sheet is not comprehensive; you should also know:
- correlated/uncorrelated measurements
- definition of (average and instantaneous) velocity, acceleration, speed
- centripetal acceleration
- Newton's laws, various forces (tension, static friction,
et cetera)
- definition of momentum, kinetic energy, power, elastic vs. inelastic
- definition of torque and moment of inertia (of a particle)
- analog between linear and rotational motion
- Hooke's law, equation for harmonic oscillator, solutions,
and small oscillations
- Solutions of the wave equation: longitudinal, transverse,
standing waves, traveling waves, pulses
- definition of pressure
- units for quantities like frequency, omega, wavelength, period, etc.
- the Carnot cycle