Anleitung

Kreisbewegungs-Simulator – Zentripetalkraft, Periode, Kegelpendel

Ziehen Sie die Masse, um die Größe des Kreises zu ändern. Im Bedingungs-Panel wechseln Sie zwischen gleichförmiger Kreisbewegung und Kegelpendel.

Gleichmäßige Beschleunigung
Schiefer Wurf
Reibung
Angelehnte Stange
Rolle
Achterbahn
Impulserhaltung
Stoß
Kreisbewegung
Federpendel
Fadenpendel
Planetenbahn
Simulator für gleichmäßig beschleunigte BewegungSlope is acceleration, area is displacementYou can solve it without the timeA negative acceleration is not always a slowdownFalling and throwing upward are one motion
Simulator für den schiefen WurfHorizontal and vertical move separatelyWhat disappears is the timeThe farthest throw is at 45°
ReibungssimulatorFriction does as it is toldIt is set by how hard the surface is pressedThe angle of slipping does not depend on weight
Simulator für die angelehnte StangeBalanced forces can still topple itThe wall is smooth, the floor is roughThe more upright, the safer
Rollen-SimulatorAdd the equations and the tension goesTension is not the weightIt takes weight to get it moving
Achterbahn-SimulatorThe path makes no differenceHeavy in the valley, light on the hillIt takes two and a half times the height
Impulserhaltungs-SimulatorImpulse changes momentumThey cancel on the insideThe second equation is the restitution
StoßsimulatorThe wall carries the momentum offEvery bounce multiplies it by e²Infinitely many bounces, and it stops
Kreisbewegungs-SimulatorConstant speed and still acceleratingThere is no such force as centripetal forceThe flatter it lies, the faster it turns
Federpendel-SimulatorSimple harmonic motion is a circle's shadowVelocity and acceleration are shadows tooEnergy only changes its form
Fadenpendel-SimulatorA small swing is the same as a springHeight decides the speedIn an accelerating train the vertical tilts
Simulator für PlanetenbahnenThe Moon is falling tooThe nearer in, the fasterThe period is set by the size of the orbitFast enough and it never returns