Each construction requires some construction input, which are shown in brackets in the following list of transformations: Transformations that apply to constructions you made, they duplicate said constructions but modified. There are thirteen tools used in construction: The features of Geometry fall into two main categories: I'm sure you can think of plenty uses for this powerful tool: from demonstrating the Pythagorean theorem, to demonstrating constructions involving rulers and pairs of compasses. To get started with the Desmos Graphing Calculator, check the 'Example' graphs found in the sidebar of the Graphing Calculator.Д«eing the newest member to the family, Geometry is used to show geometric constructions that features side lengths, angles and other features of shapes. There are also quality of life features such as: Statistical Distributions and Functions and Probability Functions.Parametric, Implicit and Polar Equations.Various Types of Mathematical Expressions, including:.Here are some of the features of the Graphing Calculator that, when combined together, create limitless possibilities: With Desmos, you can teach about fundamental mathematical theories using sliders, variables and animations all built into Desmos. Symbolic math - Maple includes the ability to do symbolic math as well as numeric calculations.Being the most popular of the family, the Desmos Graphing Calculator is a powerful tool for illustrating mathematical rules. Maple provides much more functionality than a graphing calculator. That way, your work is easier for you and others to follow. Self-documenting - Maple automatically generates a record of the steps performed using the context-sensitive menus. You can zoom, pan, and rotate 3-D plots interactively.

Plot options such as changing colors, line thicknesses, and placement of tick marks can be set using menus. Dozens of different 2-D and 3-D plots and animations can be created with a click of a button, and the rest can be created with a single command. More graphs - Maple has over 150 plot types and options built into the product. Just make your change, and click a button. Then you can ask Maple to recalculate all your steps with the new values. Modify problems - With Maple, you can change your problem in place using the 2-D editor. If you want Maple to approximate the answer for you, just tell Maple how many digits you want, and Maple will do that too.

If the answer is that is what Maple will give you. Maple's mathematical abilities are superior to those of a graphing calculator.Д®xact answers - Maple gives exact answers, not numeric approximations. It is easy to scroll up and change your original problem copying and pasting or dragging and dropping are all available and, you can have multiple screens, including help pages, open simultaneously. With these tools, you can solve your problems quickly, easily, and accurately.ДЄnd because you are in a word-processor-like environment, you have a large screen that holds lots of information at the same time. Maple provides palettes, context-sensitive menus for mathematical operations, interactive tutors and demonstrations for learning and doing precalculus, calculus, linear algebra, and other subjects, assistants for in-depth explorations, and task templates for multi-step problems. Maple's Clickable Mathв„ў techniques allow you to enter and solve problems with a click of a button. For example, 10 x means '10 times x', and y' means y'( x). Maple lets you enter your mathematics using natural mathematical notation, including standard abbreviations. Maple can help you with your courses today, next year, and even after graduation. Maple is easier to use than a graphing calculator, does a better job solving mathematical problems and creating plots, and provides more extensive mathematics, learning tools, and a technical documentation environment.

Desmos graphing utility