All the features of Graphmatica are customizable according to the preferences of the users in order that they have full control over the working of the program.
Parametric equations on graphmatica mac os x#
Graphmatica functions on Mac OS X 10.5 and higher, all versions of Windows and iOS 5.0 and higher. In short, it is a very powerful tool which comes handy for students and teachers of anything from high school algebra to college calculus. Demo files and on-line help make getting up on speed a lot easier and convenient. The graphs can be printed or copied to clipboards as BMF or WMF or improved metafiles in black and white or color. Graph Cartesian functions, relations, and inequalities, plus polar, parametric, and ordinary differential equations, curve-fitting features. Graphmatica is an equation plotter which supports five types of planar graphs (including polar, parametric, logarithmic, inequalites and limited implicit plots), plots planar vector fields and solutions of the corresponding differential equations, unlimited graphs on screen at once, saving setup information and lists of equations, flexible grid labeling. Critical lines, solutions to equations and intersection between the Cartesian functions can be found out with the help of Graphmatica. Graphmatica supports the following operators, functions, and variables in your equations and user-defined functions. It has the capability to numerically solve and clearly display the tangents, integrals and lines. About 999 graphs can be viewed on the screen at one time, which is an additional plus point of this amazing mathematical tool. It brings forward new data plotting and curve fitting features. and make connections between related logarithmic and exponential equations (e.g., graphusing Winplot or Graphmatica or graph a reflection inusing GSP). It incorporates Graph Cartesian functions, relations and inequalities, parametric, plus polar and normal differential equations.
The vector P Q < 2, 1, 3 > is obviously parallel to the line since it includes the line.So question 1) seems pretty straightforward. Graphmatica is basically a calculation plotting tool with calculus and numeric features. I know that to get the parametric equations of a line, you need a vector parallel to that line and a point on the line.
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