Examples and case studies utilize Mathematica 7's newest tools, such as dynamic Included format: EPUB, PDF; ebooks can be used on all reading devices In this third edition of Mathematica® in Action, award-winning author Stan Wagon. Request PDF on ResearchGate | On Sep 1, , Kent E. Morrison and others published Mathematica in Action. course, I found myself searching for information on uses of Mathematica beyond Mathematica in Action is a book about mathematics and this is where the.
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Accordingly, we navigate the reader through Mathematica and give an overall . with programming and that you are encouraged to practice program writing. Mathematica in Action Stan WagonMathematica in Action Problem Solving Through Visualization and Computation Third e Size Report. DOWNLOAD PDF. In this third edition of Mathematica in Action, award-winning author Stan Wagon guides beginner and veteran users Файл формата pdf; размером 20,16 МБ.
Examples and case studies utilize Mathematica 7's newest tools, such as dynamic manipulations and adaptive three-dimensional plotting. Emphasizes the breadth of Mathematica and the impressive results of combining techniques from different areas.
All Mathematica code is included as Extras through Springer, saving the reader hours of typing. Access Extras here: download eBook. download Softcover.
FAQ Policy. Show all. From the reviews of the third edition: Plotting Wagon, Stan Pages Prime Numbers Wagon, Stan Pages Rolling Circles Wagon, Stan Pages Dynamic Manipulations Wagon, Stan Pages The first half focuses on visualization and the math is relatively elementary nothing beyond multivariable calculus.
The second half works on much harder problems. The best feature of the book is that it teaches via interesting examples. The writing is remarkably good. The book contains a good number of color illustrations and is rich in Mathematica output.
I'm delighted to have this book in my collection. It is best described as a project book full of ideas and inspiration for research projects for anyone from high school students to professional mathematicians.
It combines real mathematics with sophisticated coding I highly recommend Mathematica in Action , both for its mathematical content and for its Mathematica content. You don't have to be a serious Mathematica user to enjoy this book or even use it. You can read it for mathematical ideas and inspiration without touching a keyboard, or, if you are a devotee of a different software system, you might be inspired to translate the examples into your favorite language.
You should read the system-spe- cific information that came with your copy of Mathematica; and you may need to consult a local Mathematica guru if our advice here is not applicable to your system. Getting into and out of Mathematica The most commonly used interface is often referred to as a notebook interface in which the user creates and works in interactive documents.
Personal computers running Win- dows, Macintosh operating systems, Linux, and most flavors of Unix all support this graphical user interface, which normally starts up automatically when you begin your Mathematica session. There are some situations where you may want to start up Mathematica from a command prompt and issue commands directly through that interface, bypassing the notebook interface entirely.
For example, you may have a very long computation that you need to run in batch mode. Typically, Mathematica is started up on these systems by typing math at a command prompt.
We will not discuss using Mathematica through a command prompt any further. If you are interested in this mode you should consult the documenta- tion that came with your copy of Mathematica.
Starting Mathematica and first computations To start Mathematica you will have to find and then double-click on the Mathematica icon on your computer, which will look something like this: The computer will then load parts of Mathematica into its memory and soon a blank window will appear on the screen.
This window is the visual interface to a Mathematica notebook and it has many features that are useful to the user. Notebooks allow you to write text, perform computations, write and run programs, and create graphics all in one document. Notebooks also have many of the features of common word processors, so those familiar with word processing will find the notebook interface easy to learn.