Wolfram Demonstrations Project
School Mathematics
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Demonstrations 61 - 80 of 1180
Sine Oval and Nested Trig FunctionsVisible Divisibility TestsBad Fraction SimplificationRepeated Mediants Lead to Iterative BracketsExact Values for Sine and Cosine
Sine Oval and Nested Trig Functions
Visible Divisibility Tests
Bad Fraction Simplification
Repeated Mediants Lead to Iterative Brackets
Exact Values for Sine and Cosine
Using Generating Functions to Solve Enumeration ProblemsRoses from Rolling CirclesVector View of the MediantA Polynomial Function with an Irreducible Factor3D Loops
Using Generating Functions to Solve Enumeration Problems
Roses from Rolling Circles
Vector View of the Mediant
A Polynomial Function with an Irreducible Factor
3D Loops
Filling Cone, Hemisphere and Cylinder: Easy as 1:2:3Zeros of Random Kac PolynomialsThe Three-Gap TheoremDiagrammatic Representations of Scientific FormulasKermack-McKendrick SIR Model
Filling Cone, Hemisphere and Cylinder: Easy as 1:2:3
Zeros of Random Kac Polynomials
The Three-Gap Theorem
Diagrammatic Representations of Scientific Formulas
Kermack-McKendrick SIR Model
Gielis's Superformula for Complex ShapesArchimedes's Method for Determining the Area of a CircleIncremental Tax ModelTrigonometric Reference AnglesBase Conversions from Base 2 through 100 Using Radix Points
Gielis's Superformula for Complex Shapes
Archimedes's Method for Determining the Area of a Circle
Incremental Tax Model
Trigonometric Reference Angles
Base Conversions from Base 2 through 100 Using Radix Points

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