Wolfram Demonstrations Projecthttp://demonstrations.wolfram.com/An Open Resource of Interactive Mathematica VisualizationsCopyright 2009 Wolfram Demonstrations Project & ContributorsDynamics of Wheel Wobblehttp://demonstrations.wolfram.com/DynamicsOfWheelWobble/]]>http://demonstrations.wolfram.com/DynamicsOfWheelWobble/Arm-Z Oblique Swivel Manipulatorhttp://demonstrations.wolfram.com/ArmZObliqueSwivelManipulator/]]>http://demonstrations.wolfram.com/ArmZObliqueSwivelManipulator/Oscillation of a Mass-Spring System as a Model for Lattice Vibrationhttp://demonstrations.wolfram.com/OscillationOfAMassSpringSystemAsAModelForLatticeVibration/]]>http://demonstrations.wolfram.com/OscillationOfAMassSpringSystemAsAModelForLatticeVibration/Motion of a Conical Pendulumhttp://demonstrations.wolfram.com/MotionOfAConicalPendulum/]]>http://demonstrations.wolfram.com/MotionOfAConicalPendulum/Bouncing Bob Pendulumhttp://demonstrations.wolfram.com/BouncingBobPendulum/]]>http://demonstrations.wolfram.com/BouncingBobPendulum/The Zaslavskii Maphttp://demonstrations.wolfram.com/TheZaslavskiiMap/]]>http://demonstrations.wolfram.com/TheZaslavskiiMap/Noncircular Roller Drivehttp://demonstrations.wolfram.com/NoncircularRollerDrive/]]>http://demonstrations.wolfram.com/NoncircularRollerDrive/Simple Harmonic Motion for a Springhttp://demonstrations.wolfram.com/SimpleHarmonicMotionForASpring/]]>http://demonstrations.wolfram.com/SimpleHarmonicMotionForASpring/Swimming in Curved Spacehttp://demonstrations.wolfram.com/SwimmingInCurvedSpace/]]>http://demonstrations.wolfram.com/SwimmingInCurvedSpace/Spring Pendulumhttp://demonstrations.wolfram.com/SpringPendulum/]]>http://demonstrations.wolfram.com/SpringPendulum/Forced Oscillations of a Damped Oscillatorhttp://demonstrations.wolfram.com/ForcedOscillationsOfADampedOscillator/]]>http://demonstrations.wolfram.com/ForcedOscillationsOfADampedOscillator/Noncircular Planetary Drivehttp://demonstrations.wolfram.com/NoncircularPlanetaryDrive/]]>http://demonstrations.wolfram.com/NoncircularPlanetaryDrive/Force to Overcome Vacuum Pullhttp://demonstrations.wolfram.com/ForceToOvercomeVacuumPull/]]>http://demonstrations.wolfram.com/ForceToOvercomeVacuumPull/Shortest Path for Forward and Reverse Motion of a Carhttp://demonstrations.wolfram.com/ShortestPathForForwardAndReverseMotionOfACar/]]>http://demonstrations.wolfram.com/ShortestPathForForwardAndReverseMotionOfACar/Planar Three-Body Problemhttp://demonstrations.wolfram.com/PlanarThreeBodyProblem/]]>http://demonstrations.wolfram.com/PlanarThreeBodyProblem/Centroid of a Planar System of Particleshttp://demonstrations.wolfram.com/CentroidOfAPlanarSystemOfParticles/]]>http://demonstrations.wolfram.com/CentroidOfAPlanarSystemOfParticles/Parameters of Uniform Circular Motionhttp://demonstrations.wolfram.com/ParametersOfUniformCircularMotion/]]>http://demonstrations.wolfram.com/ParametersOfUniformCircularMotion/Barycenter for Three Masses at the Vertices of a Trianglehttp://demonstrations.wolfram.com/BarycenterForThreeMassesAtTheVerticesOfATriangle/]]>http://demonstrations.wolfram.com/BarycenterForThreeMassesAtTheVerticesOfATriangle/Helical Bevel Gearhttp://demonstrations.wolfram.com/HelicalBevelGear/]]>http://demonstrations.wolfram.com/HelicalBevelGear/Boundary-Feedback Control of Vibrations on a String with and without Filteringhttp://demonstrations.wolfram.com/BoundaryFeedbackControlOfVibrationsOnAStringWithAndWithoutFi/]]>http://demonstrations.wolfram.com/BoundaryFeedbackControlOfVibrationsOnAStringWithAndWithoutFi/