Wolfram Demonstrations Project
Dynamical Systems Theory
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Demonstrations 81 - 100 of 219
Computational Complexity of the Logistic MapCompass Needle in Uniform and Rotating Magnetic FieldsTrajectories of the Logistic MapPeriodic Sum of Two Independent Logistic MapsParticle Motion in a Nonlinear Force Field
Computational Complexity of the Logistic Map
Compass Needle in Uniform and Rotating Magnetic Fields
Trajectories of the Logistic Map
Periodic Sum of Two Independent Logistic Maps
Particle Motion in a Nonlinear Force Field
Variations of the Gingerbreadman MapDynamics of a Double Spring MassGroup Chase and EscapeQuadratic Julia SetsEigenvalues and Linear Phase Portraits
Variations of the Gingerbreadman Map
Dynamics of a Double Spring Mass
Group Chase and Escape
Quadratic Julia Sets
Eigenvalues and Linear Phase Portraits
Sledding on a Bumpy Slope: Chaos and Strange AttractorChaotic Attractor for the Solar CycleThe Damped Nonlinear PendulumCatastrophe Set of the Plane Projection of a Movable SurfaceRecurrence-Based Representations of the Logistic Map
Sledding on a Bumpy Slope: Chaos and Strange Attractor
Chaotic Attractor for the Solar Cycle
The Damped Nonlinear Pendulum
Catastrophe Set of the Plane Projection of a Movable Surface
Recurrence-Based Representations of the Logistic Map
Crankshaft-Driven PendulumRecurrence Network Measures for the Logistic MapFrequency Distribution of the Logistic MapMoon Landing SimulationOrbits of the Gingerbreadman Map
Crankshaft-Driven Pendulum
Recurrence Network Measures for the Logistic Map
Frequency Distribution of the Logistic Map
Moon Landing Simulation
Orbits of the Gingerbreadman Map

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