Wolfram Demonstrations Project
Izidor Hafner
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Demonstrations 1 - 20 of 818
Representation of Three-Valued Boolean FunctionsMarquand's Representation of Boolean FunctionsFolding a Tabbed Net into a CubeSolving a Linear Diophantine Equation in Two Variables by the Euclidean AlgorithmRepresentation of Boolean Functions Using Binary Trees
Representation of Three-Valued Boolean Functions
New today
Marquand's Representation of Boolean Functions
Updated today
Folding a Tabbed Net into a Cube
New this week
Solving a Linear Diophantine Equation in Two Variables by the Euclidean Algorithm
New this week
Representation of Boolean Functions Using Binary Trees
New this week
Freese's Dissection of a Hexagram into Three Congruent HexagramsOpen and Closed KaleidoscopesFreese's Dissection of a Dodecagram into a HexagramConstruction for Three Vectors with Sum ZeroEquivalential Formula
Freese's Dissection of a Hexagram into Three Congruent Hexagrams
New this month
Open and Closed Kaleidoscopes
New this month
Freese's Dissection of a Dodecagram into a Hexagram
New this month
Construction for Three Vectors with Sum Zero
New this month
Equivalential Formula
Lewis Carroll's DiagramsFreese's Dissection of a Regular Octagon to Eight Congruent Regular OctagonsFlexing a Polyhedral PeriscopeComponents and Nets of Regular PolyhedraAn Unfoldable Polyhedron
Lewis Carroll's Diagrams
Freese's Dissection of a Regular Octagon to Eight Congruent Regular Octagons
Flexing a Polyhedral Periscope
Components and Nets of Regular Polyhedra
An Unfoldable Polyhedron
Cunningham's Simply Connected Kakeya SetRolling a Regular Tetrahedron on a Regular Icosahedron200 Stars Projected to the Sphere and Platonic SolidsVenn Diagrams and SyllogismsRolling a Polygon on Another Polygon
Cunningham's Simply Connected Kakeya Set
Rolling a Regular Tetrahedron on a Regular Icosahedron
200 Stars Projected to the Sphere and Platonic Solids
Venn Diagrams and Syllogisms
Rolling a Polygon on Another Polygon

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