Wolfram Demonstrations Project
Group Theory
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Demonstrations 61 - 72 of 72
Combining Two 3D RotationsLengths of Permutation CyclesCycles in Random Sample PermutationsRotational Symmetries of Platonic SolidsConnect the Dots
Combining Two 3D Rotations
Lengths of Permutation Cycles
Cycles in Random Sample Permutations
Rotational Symmetries of Platonic Solids
Connect the Dots
A Function Invariant under a Group of TransformationsApplying the Pólya-Burnside Enumeration TheoremRotating by Powers of iIcosahedral Group Polyhedra2D Root Systems
A Function Invariant under a Group of Transformations
Applying the Pólya-Burnside Enumeration Theorem
Rotating by Powers of i
Icosahedral Group Polyhedra
2D Root Systems
Cellular Automata Based on Permutation GroupsMirror Flip Transpose
Cellular Automata Based on Permutation Groups
Mirror Flip Transpose

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