1. Furthermore, you can create even complicated mathematical projects by using one of 70 tools to add different points, circles, lines (Perpendicular bisectors, Orthogonal lines, Tangents, etc. ), conics, angles, functions and many more.
2. Create analytical objects like tangents and circles of curvatures or combine your creation with sliders, text and check boxes.
3. For example, you can draw a freehand circle through three given points to create their circum circle.
4. Dynamic geometry system for Android which optimizes interactive Geometry, Algebra, Statistics and Analysis for the touchpad and contains hundreds of powerful features.
5. With the Freehandmode you can additional build your lines, circles, squares, rectangles and many more by drawing them on the screen.
6. Create geometric constructions and move, scale or rotate them with one or more fingers.
7. Even exact calculations are possible with the own FreeGeo Computer-Algebra-System, for example solving equations.
8. The system will detect it and create the object for you!
9. Free Geo won the german price "Preis des Bundespräsidenten Jugend forscht 2013".
10. Define functions and parameter curves to display, integrate or derive them.
11. FreeGeo can be used in other sciences, too.
1. Try the same problem, and remove difficulties that occurs doing so.Way harder to control than you would intuitively expect.... I cant even enjoy myself after 15 gruelling minutes of attempting to draw a single circle in a particular areaIt would be nice to able to mail or otherwise exchange the drawings.It very simple to use , and very useful app ,the only need is to user should explore the features, and tools of this app, this app need to update.I found this app excellent for mathematical shapes.More features less in mb and best perfomanceVery tough to understand and drawI love this thingGreat job.. a little to difficult to work with at the beginning... but once you get the hang of it.... works just perfect.. has the most features for construction and geometry point of view... worked well for me.
2. I wanted to make an isosceles triangle ABC with 20⁰ vertex angle A and angle sectors 70⁰ at B joining point D at AC and another 60⁰ at C joining point E on side AB, THEN I wanted to measure angle EDB.
3. I liked fixed angle, but it took 30m to complete this.
4. ThanksGet tool to use when exploring the behavior off maths equations.
5. I disliked that it's screen size is small.
6. Pls simplify it more.