SELF-TUTOR FOR CALCULUS 
THIS DIRECTORY CONTAINS MATHEMATICA NOTEBOOKS
                by
   D.C.M. Burbulla and C.T.J. Dodson
         University of Toronto

Latest Revision 8 November 1994, using Mathematica 2.2
  Comments and suggestions welcome by email to:
burbull@ecf.utoronto.ca  or  dodson@ecf.utoronto.ca 

General information about Mathematica is available by email from:
info@wri.com


The complete package of our notebooks is available for you in the 
tar-ed file    SelfTutor.tar     
In your home directory you can view the file names with command
tar -tpf SelfTutor.tar
and then expand SelfTutor.tar using command 
tar xpf SelfTutor.tar
You should obtain the following files:

README                This file
MathIntro.ma          Overview of Mathematica
SelfTutorCh2.ma       Beginning Calculus
SelfTutorCh3.ma       The Derivative
SelfTutorCh4.ma       Methods of Approximation
SelfTutorCh5.ma       Properties of Differentiable Functions
SelfTutorCh6.ma       Antiderivatives
SelfTutorCh7.ma       The Definite Integral
SelfTutorCh8.ma       Numerical Integration
SelfTutorCh10.ma      Exponential and Logarithmic Functions
SelfTutorCh11.ma      Trigonometric and Hyperbolic Functions
SelfTutorCh12.ma      Techniques of Integration
SelfTutorCh13.ma      Calculus Projects
StatsIntro.ma         Basic Statistics
OrderDisorder.ma      An Example of Chaos
STmdos.tar            Plain ASCII code for DOS users without Windows

The SelfTutorCh*.ma notebooks correspond to Chapters in 
our book, "Self-Tutor For Computer Calculus Using Mathematica" 
designed for a first calculus course, is published by Prentice-Hall 
Canada in English (ISBN 0130152803) and by Prentice-Hall Japan 
in Japanese (ISBN 4-8101-8558-3 C3055 P2880E). 

The file STmdos.tar contains plain ASCII code from the Appendix
of our book---suitable for DOS users without Windows. 

Our introductory  Notebook for Mathematica is    MathIntro.ma, 
which you can open in your directory with command 
mathematica
When the program starts, select menu item `File', then `Open'
and at the prompt box select 
 /yourpathname/MathIntro.ma if MathIntro.ma is in /yourpathname/

In MathIntro.ma you will find examples from a very elementary level
up to others involving 3-d plots, differential equations and 
vector calculus.
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The Notebook   StatsIntro.ma   introduces the use of Mathematica
in common statistical situations.

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