Math 2250-1
Differential Equations
and Linear Algebra
Fall term, 2008

Maple page

Send e-mail to : Professor Korevaar


Links:
Math 2250-1 home page
Professor Korevaar's home page
Department of Mathematics




This page contains links to Maple projects for Professor Korevaar's Math 2250-1 section, along with other Maple information.

Introduction to Maple:
    2250mapleintro.pdf    browser-readable version
    2250mapleintro.mws    open this maple worksheet from Maple: either download it and then open it from your Maple window; or, while in Maple use the "open URL" option under "file" menu item, and paste or type the URL of the Maple notes into dialog box which appears.

Useful commands: I will update this as the semester progresses. Hopefully it's a good summary of commands we've found useful so far in the course. Suggest ones I've missed! I've added matrix algebra commands.
    commands.pdf    browser-readable version
    commands.mws    open this maple worksheet from Maple.

Maple Project 1: (due September 22, in 2250-1) There was originally a missing parantheses in the displayed equation for problem 4. This has been fixed, i.e. it now displays correctly as equation (7) on page 57 of the text.
    project1.pdf    browser-readable version
    project1.mws    open this maple worksheet from Maple.
    proj1sols.pdf    solutions!
       sept12b.pdf    converting sinusoidal functions to phase-amplitude form.
       sept12b.mws    maple worksheet

Maple Project 2: (due November 7, in 2250-1)
    project2.pdf    browser-readable version
    project2.mws    open this maple worksheet from Maple - modify it to make your solution file!

Maple Project 3: Earthquakes (due December 10, in 2250-1)
    quakeproj.pdf    browser-readable version
    quakeproj.mws    open this maple worksheet from Maple using "open URL" - modify it to make your solution file!
    dec1maple.pdf    contains commands to help with the earthquake project
    dec1maple.mws    open from maple!
    earthquakecomments.pdf    explains why our forcing vector is the same on every floor, even though the building is being shaken at the bottom.