Mathcad Plus 6 Treasury
The Mathcad 6 Treasury Series is just that - a comprehensive guide to all of Mathcad’s mathematical functions.
It not only explains how each feature works with sample applications, but also provides exact descriptions of many of the underlying algorithms.You also get all the background information you need to understand Mathcad’s incredible array of features and capabilities. For example, instead of simply describing the new probability distribution functions one at a time, The Mathcad 6 Treasury series gives you a complete chapter on probability that includes motivations for the subject, a discussion of the concepts, standard definitions and examples. Most important, The Mathcad 6 Treasury series is fully interactive. You can browse through all the examples, change parameters and plots and watch Mathcad calculate the results right there in the book because every number, graph and formula is live. You can easily use any part of the Mathcad 6 Treasury series in your own work. Simply select the text, formulas, equations or graphs you want to use, and drag-and-drop into your own worksheet. Then it’s right there ready for you to modify to suit your own requirements.

Mathcad 7 Treasury
Immediately access an interactive, comprehensive guide that delivers tips and information about applying Mathcad 7 to your specific problems.
This best-selling Mathcad Electronic Book has been entirely updated with new content and a new interface with navigation features that take advantage of Mathcad 7’s advanced browsing capabilities. The Treasury is the only tool available that teaches you about Mathcad using Mathcad. Its live, interactive nature makes it the perfect vehicle to learn a variety of techniques and methods to help you better apply Mathcad to your own work. And it offers simple, intuitive explanations of the mathematics involved as well as background information on the algorithms used in Mathcad. The Treasury organises discussions of all of Mathcad’s computational features, according to the area of mathematics in which they belong, a very natural way to outline Mathcad’s feature set for your easy reference at any time. Both volumes are included.

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Mathcad 7 Treasury ­
Table of Contents
Volume I • Arithmetic • Basic Functions • Linear Algebra and Matrix Arithmetic • Complex Numbers • Graphing and Plotting in the Plane • Plotting Multidimensional Data
• Calculus • Probability • Statistics • Guide to Solving • Applied Mathematics • Symbolic Computation • Programming • Common Functions • Common Curves and Surfaces
Volume II • Advanced Data Analysis • Polynomial Fitting • Nonlinear Curve Fitting • The Loess Fit • 2-dimensional Interpolation and Fitting • Smoothing Data • Time Series • An Introduction to Wavelets • Wavelets • The Wave Function • The Inverse Wavelet Transform • Using Wavelets • Matrix Algebra • Matrix Metrics • Linear Systems and Their Solutions • Decomposing Arrays • Eigenvalue and Eigenvector Computation • Advanced Matrix Algebra • Differential Equations • Numerical Differential Equation Solvers • Extended Symbolic Capabilities • Types of Evaluation • Polynomial Coefficients • The Limit Operators • The Transform Menu
• Additional Applications of Symbolic Computation • Live Symbolic Computation and Optimisation
• What Are Live Symbolic Computation and Optimisation? • Using Live Symbolics • Guide To Programming • What Is Programming? • Functions and Operators
• Programming Within Mathcad • Programming Outside of Mathcad • Examples of Programming in Mathcad • Animation • The FRAME Variable • Animating Expressions • Working and Playing with Animation • Better Computing Through Wires • The Mechanism • Components in General • Execution and Debugging • Concoctions with Connections • Appendix of Numerical Methods • The Root Finding Algorithm • The Numerical nth Derivative • The erf Function • The cnorm Function • The spline and interp Routines • The G Function • The eigenvec Function

Mathcad Plus 6 Treasury ­
Sample Applications include…
Solving Ordinary Differential Equations with the Laplace Transform, Finding the Convex Hull and The Lorenz Attractor.
The Windows version includes discussions on Programming Within and Outside Mathcad. and Solving Differential Equations as well as Advanced Matrix Algebra. The Macintosh version includes discussions on Quickplot graphing, Programming in Mathcad, Solving Differential Equations and Advanced Matrix Algebra.

Selected Topics include…
• Animation • Symbolic Computation • Numerical Algorithms
• Building Programs in Mathcad • Linear Algebra • Hypothesis Testing • Analysis of Variance • Random Deviate Histograms
• Animating Polar Plots • Set Theory with Mathcad…

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