Wolfram Demonstrations Project
Jaime Rangel-Mondragon
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Demonstrations 1 - 20 of 187
An Algorithm to Compute Square Roots of IntegersDesigning Four-Bar LinkagesLattice of Subgroups of Permutation GroupsDoug-all Theorem II: Inscribed TrianglesSix Triangle Orbits
An Algorithm to Compute Square Roots of Integers
Updated this month
Designing Four-Bar Linkages
Lattice of Subgroups of Permutation Groups
Doug-all Theorem II: Inscribed Triangles
Six Triangle Orbits
The Four Numbers GameThe Brocard Points and Neuberg Circles of a TriangleWhat Triangles Are in the Triangle?Inscribe a Scaled Copy of a Triangle in Another TriangleWhat Does
The Four Numbers Game
The Brocard Points and Neuberg Circles of a Triangle
What Triangles Are in the Triangle?
Inscribe a Scaled Copy of a Triangle in Another Triangle
What Does "Inside" Mean?
The Traveling Salesman Problem 4: Spanning Tree HeuristicSum of Empty Skies for a Set of PlanetsA Geometric Limit ProblemProblems on Circles XV: Bar Fixed to Two Rotating CirclesWhat Squares Are in the Square Grid?
The Traveling Salesman Problem 4: Spanning Tree Heuristic
Sum of Empty Skies for a Set of Planets
A Geometric Limit Problem
Problems on Circles XV: Bar Fixed to Two Rotating Circles
What Squares Are in the Square Grid?
Almost Equilateral TrianglesMultiplication Tables for the Group of Integers Modulo nMatrix Representation of the Multiplicative Group of Complex NumbersMatrix Representation of the Permutation GroupGeneralized Inscribed and Escribed Triangles
Almost Equilateral Triangles
Multiplication Tables for the Group of Integers Modulo n
Matrix Representation of the Multiplicative Group of Complex Numbers
Matrix Representation of the Permutation Group
Generalized Inscribed and Escribed Triangles

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