Wolfram Demonstrations Project
Polygons
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Demonstrations 221 - 240 of 346
Théorème de Pappus (French)Products of Diagonal Lengths in the Regular PolygonTiles with Finite Convex SpectraA Cyclic Quadrilateral ConcurrencyA Parallelogram with Vertices on Two Circles
Théorème de Pappus (French)
Products of Diagonal Lengths in the Regular Polygon
Tiles with Finite Convex Spectra
A Cyclic Quadrilateral Concurrency
A Parallelogram with Vertices on Two Circles
Area of a Hexagon Formed by the Vertices and Altitude Extensions of a TriangleRecursively Defined Partial Tilings of the PlaneAmmann TilesVoronoi KaleidoscopeDual Billiards
Area of a Hexagon Formed by the Vertices and Altitude Extensions of a Triangle
Recursively Defined Partial Tilings of the Plane
Ammann Tiles
Voronoi Kaleidoscope
Dual Billiards
Miter Joint and Fold JointMitering a Closed 3D PathPoint in TriangleZonogons: Minkowski Sums of Line Segments in 2DDissecting a Hexagon into Four Smaller Hexagons
Miter Joint and Fold Joint
Mitering a Closed 3D Path
Point in Triangle
Zonogons: Minkowski Sums of Line Segments in 2D
Dissecting a Hexagon into Four Smaller Hexagons
Self-Intersections in a PolygonThe Spatial Midpoint Quadrilateral TheoremA Hexagon with Opposite Sides ParallelThe Circumcircle of the Orthocenter and Two Vertices and a ParallelogramEquilateral Triangle to Square
Self-Intersections in a Polygon
The Spatial Midpoint Quadrilateral Theorem
A Hexagon with Opposite Sides Parallel
The Circumcircle of the Orthocenter and Two Vertices and a Parallelogram
Equilateral Triangle to Square

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