1. Mathematica -- 9 lectures
2. Statistics, Data Reduction, Error Analysis -- 10 lectures
          Spring Break
3. Visualization and Programming Techniques -- 11 lectures
4. Capstone project -- the class "final" involving all three topics
PS295M Home Page Spring 2005
Lectures
Physics 295M Computational Methods for Physics
Instructors Dr. Darrel Smith & Dr. Phillip Anz-Meador
Time & Location T Th 9:10 - 10:25 AM         AC-113
Exercise 1 Solutions
Grades for PS295M
Course Syllabus Course Grades
Syllabus for PS295M -- will be published later this week (9 Jan. 2005).

Homework #1
Homework #2
Homework #3
Homework #4
Homework #5
Mathematica

Here is some supplemental information to help you prepare for this part of the course.

1. Copies of Mathematica 5.0 can be found on the campus machines located at:

  • Bldg 58 in the second instructional classroom
  • The library
  • Our classroom -- AC-113

    If you're using the campus machines, Mathematica 5.0 can be found under "Applications"
    and then in the "College of Arts & Sciences" area.

2. I strongly encourage you to purchase the electronic version of the Mathematica book for this part
    of the course. Go to
:

http://shop.store.yahoo.com/mathware/begguidtomat.html

      and download the electronic copy of "The Beginner's Guide to Mathematica 4" by
      Gray and Glynn. It's only $20. Yes, I know it's written for Mathematica 4, but it's the
      best book available for learning Mathematica. Each chapter is 4-6 pages long and
      illustrates different Mathematica tools using lots of examples.

3. Finally, if you want your own (student) version of Mathematica, you can purchase it from:

http://store.wolfram.com/catalog/

    It costs $139, however, it is the "complete" Mathematica 5.1. Students can also purchase
    semester and annual licenses of Mathematica 5.1 for reduced prices. See the "wolfram"
    website for more details.

Examples: gravity integral
function of a function
log-log plot
gravity piecewise function
pendulum
spherical integration
2-charge
3-charge
helmholtz
dipole
electric_potential
wave propagation
chi-square
rocket
rocket sheet

plot 3D points

neutrino oscillations
fitting data
traveling waves
thermocouple (linear)
thermocouple (3rd order)
rocket
cavendish (non-linear)
subroutine
Standard deviation of a histogram where all the data are in one bin.