Physics 240/242

๏LaTeX: THE premier typesetting program: totally free, and used by almost all physics and mathamatics journals.
๏Igor Pro: An excellent data analysis package which the Physics Department has a course use license for (i.e. free for you to use in this class)
๏Mathematica: An excellent tool to learn to use, and “affordable” as a student ($129)
๏Maple: Similar to Mathematica and even more affordable as a student ($99)

Goals of Course
(not necessarily in order of importance)
•To learn to make careful observations of physical systems and cultivate a skeptical and critical attitude toward scientific data.
•To learn how to keep a well--written scientific notebook.
•To gain exposure to experiments and instrumentation in several different fields of
•physics, including at least some that you have not encountered in other courses.
•To learn and experience the typical working methods of a modern research
•laboratory. Most crucially, this means working successfully together in groups towards common goals.
•To learn to make effective oral presentations, and to learn to write in the genre appropriate to a physics journal, and to experience the revision process.
•To improve the quality of your writing.
•To deepen your understanding of data analysis and error propagation, and learn how to use scientific data analysis tools.

Syllabus Right Click to download a printable pdf file; click to open in Safari or Firefox . Click 240Syllabus.tex
Intermediate Physics Laboratory (iLab)
Spring 2009

Assessment
Written Lab Reports 600 pts
Final Oral Presentations 100 pts
Lab Notebook 100 pts
Misc. Exercises 100 pts
Final Exam (5/14/09: 1:30-3:30 pm) 100 pts
Physics 242 only: Your final exam will be an oral exam
Measurement of e/m for an electron

Presentations
There are two main tools people use for presentations: (1) Powerpoint (PC/MAC) or Keynote (MAC) or OpenOffice (PC/MAC/LINUX) and (2) LaTeX. One of the items you’ll need to do for both is include figures and equations. Figures are easy to include in each, and in LaTeX, equations are also simple. Not so for Powerpoint; in fact, for the first option (Powerpoint, Keynote, OpenOffice) equations are best added using a LaTeX aware program to typeset equations; see this page at MIT’s junior lab for more info: Link
LaTeX: There are several packages for presentations in LaTeX, Beamer being one of the more popular. Here are some links that you may find helpful: (the first link is a shamelessly modified version of the MIT junior Lab template.)
a)BEAMER LaTeX Template ilab presentation template
b)Wikipedia Entry: link
c)Quick Beamer Tutorial: link