Difference between revisions of "Maple"
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== Introduction == | == Introduction == | ||
− | Maple is a symbolic math package produced by Waterloo. It is available for free on the UNIX systems and can be started by typing xmaple at the command line. Maple | + | Maple is a symbolic math package produced by Waterloo. It is available for free on the UNIX systems and can be started by typing xmaple at the command line. Maple is available to faculty and staff for $5 - the cost of the CD - while it is available for students at a cost of $30 for a perpetual license. |
=== Maple Modes === | === Maple Modes === |
Revision as of 16:36, 14 January 2009
Version | 12 |
---|---|
Download | OIT |
Cost | $5 for CD $30 for student license |
Manufacturer | Maplesoft |
Web Page | maplesoft.com |
Pundit Updated | 1/14/2008 |
Contents
Introduction
Maple is a symbolic math package produced by Waterloo. It is available for free on the UNIX systems and can be started by typing xmaple at the command line. Maple is available to faculty and staff for $5 - the cost of the CD - while it is available for students at a cost of $30 for a perpetual license.
Maple Modes
There are two different ways Maple creates documents - worksheet mode and document mode. The information and screenshots below are presented assuming worksheet mode.
Duke CCP Tutorials
The Math Department at Duke has provided several tutorials on the fundamentals of Maple (in addition to many other tutorials on using Maple for specific purposes). They are a part of the Connected Curriculum Project (CCP) and are linked below. Please note the Copyright Information provided with respect to documents in the Connected Curriculum Project.
- Maple Tutor for Precalculus, David Smith and Lawrence Moore
- Maple Tutor for Differential Calculus, David Smith and Lawrence Moore
- Maple Tutor for Integral Calculus, Lang Moore, Dick Schori, David Smith, and Jim Tomberg
- Maple Tutor for Multivariable Calculus, Lang Moore, David Smith, and Jim Tomberg
- Maple Tutor for Differential Equations, Lang Moore, David Smith, and Jim Tomberg
- Maple Tutor for Linear Algebra, Lang Moore, David Smith, and Jim Tomberg
- Maple Tutor for Engineering Mathematics, Lang Moore, David Smith, and Jim Tomberg
There are also two tutorials that assume document mode. These are:
- Maple Tutor (Maple 10 and higher) for Differential Calculus, Joshua Holden, David Smith, and Lawrence Moore
- Maple Tutor (Maple 10 and higher) for Multivariable Calculus, Joshua Holden, Lang Moore, David Smith, and Jim Tomberg
Additional Information
Below are some more example of specific tasks that may be done in Maple.
Symbolic Derivatives
There are at least three ways to take a symbolic derivative in Maple:
- Using the diff command
- Using the D operator
- Using the "prime" operator
Questions
Post your questions by editing the discussion page of this article. Edit the page, then scroll to the bottom and add a question by putting in the characters *{{Q}}, followed by your question and finally your signature (with four tildes, i.e. ~~~~). Using the {{Q}} will automatically put the page in the category of pages with questions - other editors hoping to help out can then go to that category page to see where the questions are. See the page for Template:Q for details and examples.
External Links
- Maple Tutor - Maple Tutor by Joshua Holden at Rose-Hulman Institute of Technology and Lang Moore, David Smith, and Jim Tomberg at Duke University. The stated purpose of this module is, "To learn the basics of Maple document mode (Maple 10 or higher) for use in a multivariable calculus course"