Wolfram Demonstrations Project
Triangles
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Demonstrations 101 - 120 of 733
Distance between Two Points Based on a TriangleAn Inequality for Tripolar Coordinates Related to the Brocard AngleSplitting the Sides of a Triangle by Its Pedal TriangleIsogonal and Isotomic ConjugatesAn Angle Invariant for Arbitrary Triangles
Distance between Two Points Based on a Triangle
An Inequality for Tripolar Coordinates Related to the Brocard Angle
Splitting the Sides of a Triangle by Its Pedal Triangle
Isogonal and Isotomic Conjugates
An Angle Invariant for Arbitrary Triangles
The Coordinates of a Point Relative to a TriangleMagic HexagonA Vertex Distance Relation for Two TrianglesConway Triangle NotationRational Isogonal Conjugates
The Coordinates of a Point Relative to a Triangle
Magic Hexagon
A Vertex Distance Relation for Two Triangles
Conway Triangle Notation
Rational Isogonal Conjugates
Rational Cyclic PolygonsThe Sum of the Trilinear Coordinates of a PointRelating Trilinear and Tripolar Coordinates for a TriangleMapping a 3D Point to a 2D TriangleCentroid of an Arbitrary Hexagon
Rational Cyclic Polygons
The Sum of the Trilinear Coordinates of a Point
Relating Trilinear and Tripolar Coordinates for a Triangle
Mapping a 3D Point to a 2D Triangle
Centroid of an Arbitrary Hexagon
Rational RectanglesThomsen's FigureRight Tetrahedron: de Gua TheoremCentroids of Triangles with Vertices on the Unit CircleSubstitution Tilings
Rational Rectangles
Thomsen's Figure
Right Tetrahedron: de Gua Theorem
Centroids of Triangles with Vertices on the Unit Circle
Substitution Tilings

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