Interactive Geometry - Learn math one touch at a time for iOS

Key Details of Interactive Geometry - Learn math one touch at a time

Interactive Geometry is a friendly, intuitive and easy-to-use math application for learning and teaching basic and advanced geometry skills and...
Last updated on May 9, 2015
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Developer's Description

Interactive Geometry is a friendly, intuitive and easy-to-use math application for learning and teaching basic and advanced geometry skills and...

Interactive Geometry is a friendly, intuitive and easy-to-use math application for learning and teaching basic and advanced geometry skills and lessons. This application contains howto's for step-by-step learning and understanding of many key geometry concepts, a skills checker to test understanding, shape recognition indicators when special geometric shapes are created, and an interactive workspace sharing mode linking two or more iPads. Workspace smart tools have been added to give the user intelligent drag-n-drop marker points, lines, and circles that can be used to analyze shapes to visually calculate line midpoints, bisect angles and much more.This application is used in the classroom and at home to learn and understand basic and complex math equations and skills associated with points, lines, rays, segments, single and pair of angles, triangles, quadrilaterals, ellipses, circles and more. These geometric shapes can be manipulated by dragging points and lines or by manually entering parameters associated with the given shape.The interactive nature of the program allows the student to see and better understand relationships, math concepts, and properties of a geometric shape when they drag points in a geometric shape. You can interactively work with reflections, rotations, and translations of the shapes, freely or using reference points and lines.Load reference images for display on the workspace background or take a snapshot (iPad 2 or newer) of an item around you for display in the background. You can then select the line segment, angle or other shapes to measure lengths, angles, and areas of the items in the background image. Shape properties such as angles, lengths, slopes, and more can be viewed using the "Props" slide out view or by touching on the labels associated with the points and lines of each shape.FEATURESStudent-Teacher Mode - Interactive workspace sharing between two systems and viewing of multiple systemsSmart Workspace Markers with Intelligent Drag-n-DropToggle coordinate, angle, side and area labelsStep-by-step how-to instructions for many key conceptsOverlay visuals on geometric shapes for how-to supportDrop-down geometric shape definitionsLight-up geometric shape recognition for immediate feedbackSave/Load and Import/Export shapes.Loadable background images for visual reference and measurement Use iPads camera for direct capture and relative measure of objects around youLESSONS and CONTENTUnderstanding the XY axis, origin, coordinates and quadrantsFind point location and distance from originCreating Lines, Ray and SegmentsPositive, Negative SlopeHorizontal, Vertical LinesSlope Intercept FormPoint Slope FormCalculating SlopeCalculating Y-InterceptFinding parallel and perpendicular linesFinding distance between point and lineEquations for Lines, Rays and SegmentsFinding segment mid-points and lengthsMeasuring length and size of objects on background imagesAcute, Right, Obtuse, Straight, Reflex AnglesCreating and measuring anglesFinding Angle BisectConversion between Degrees and RadiansAdjacent, Complementary, Supplementary, Linear Pair, Vertical AnglesLegs of AngleInterior, Exterior AnglesAcute, Obtuse, Right, Oblique, Equilateral, Isosceles, Scalene Triangles45-45-90, 30-60-90, 3-4-5 TrianglesFinding Triangle Height using any side as baseArea of Right TrianglesArea of Any Triangle using Base-Height Method and Box MethodFinding Triangle Perimeter, Centroid, Circumcenter, IncenterPythagorean TheoremDefining Triangles using angles and side lengthsQuadrilaterals, Squares, and RectanglesParallelograms and RhombusTrapezoids and KitesArea of Convex QuadrilateralsFinding bi-median lines of a quadrilateralsFinding the Varignon ParallelogramFinding Circle and Ellipse Circumference, Area, and Focus PointsCreating Chords, Radius, Diameters, Tangents and SecantsReflections, Rotations, Translations