Wolfram Demonstrations Project
George Beck
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Demonstrations 21 - 40 of 123
Proving Euler's Polyhedral Formula by Deleting EdgesLittlewood-Offord ProblemGenerating Permutations by a Sequence of TranspositionsSet Partitions Match Restricted Growth FunctionsAdding and Subtracting Positive and Negative Integers
Proving Euler's Polyhedral Formula by Deleting Edges
Littlewood-Offord Problem
Generating Permutations by a Sequence of Transpositions
Set Partitions Match Restricted Growth Functions
Adding and Subtracting Positive and Negative Integers
A Negative Times a Negative Is PositiveDo Not Divide by ZeroMotion of Particles in Ocean WavesThe Number of Partitions into Odd Parts Equals the Number of Partitions into Distinct PartsRotating Lines around an Axis or a Circle
A Negative Times a Negative Is Positive
Do Not Divide by Zero
Motion of Particles in Ocean Waves
The Number of Partitions into Odd Parts Equals the Number of Partitions into Distinct Parts
Rotating Lines around an Axis or a Circle
Total Production of Many Oil WellsVertex and Edge Truncations of the Platonic SolidsOverlapping Go GamesThe Natural Logarithm is the Limit of the Integrals of PowersDuals of Platonic Solids
Total Production of Many Oil Wells
Vertex and Edge Truncations of the Platonic Solids
Overlapping Go Games
The Natural Logarithm is the Limit of the Integrals of Powers
Duals of Platonic Solids
Twisting Rose SurfacesOlbers's ParadoxPowers in Modular ArithmeticGraphs and Their ComplementsVarying Moving Averages
Twisting Rose Surfaces
Olbers's Paradox
Powers in Modular Arithmetic
Graphs and Their Complements
Varying Moving Averages

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