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Demonstrations 121 - 140 of 12500
Rolling Circles with Attached Points and LinesStructured Model for Intracellular PHB ProductionCompute the Euler Axis and Angle GeometricallyUsing Paperfolding to Transform Stars into CloudsInequalities and Equations with Absolute Values
Rolling Circles with Attached Points and Lines
Structured Model for Intracellular PHB Production
Compute the Euler Axis and Angle Geometrically
Using Paperfolding to Transform Stars into Clouds
Inequalities and Equations with Absolute Values
Composing Rotations via Hamilton TurnsPerforating the Faces of a PolyhedronRegular Clusters of PolyhedraParker Spiral Polygons for Solar Magnetic FieldsHappy Pi Day!
Composing Rotations via Hamilton Turns
Perforating the Faces of a Polyhedron
Regular Clusters of Polyhedra
Parker Spiral Polygons for Solar Magnetic Fields
Happy Pi Day!
The Wire ProblemMinimizing the Time for a Dog to Fetch a Ball in WaterZ Values from Integrals over the Normal Probability Density FunctionArea of a Polygon on the Integer LatticeA Snowball's Rate of Change
The Wire Problem
Minimizing the Time for a Dog to Fetch a Ball in Water
Z Values from Integrals over the Normal Probability Density Function
Area of a Polygon on the Integer Lattice
A Snowball's Rate of Change
Scattering by a Dirac Bubble PotentialFour Dragon CurvesArea of a Triangle on an Integer GridUnfolding a Dragon CurveRelated Rates: A Boat Approaching a Dock
Scattering by a Dirac Bubble Potential
Four Dragon Curves
Area of a Triangle on an Integer Grid
Unfolding a Dragon Curve
Related Rates: A Boat Approaching a Dock

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