Browse curated Physics animation examples with reusable Manim scenes, visual explanations, and teaching-ready ideas.
22 Animationen
A ball on a string orbits in a circle. The velocity vector (tangent) and centripetal force vector (inward) are shown continuously updating. When the string breaks, the ball flies off tangentially, illustrating why centripetal force is required.
Two collision scenarios on a frictionless surface demonstrate momentum conservation. An elastic collision shows ball 1 stopping and ball 2 moving on. An inelastic collision shows the balls sticking together. Momentum vectors p = mv are shown before and after each collision.
Electric field lines are shown radiating from a positive charge and converging on a negative charge. A dipole field shows lines flowing from + to -. A test charge placed in the field experiences a force along the field line direction.
A water pipe analogy introduces voltage, current, and resistance intuitively. A circuit diagram then shows these quantities. Increasing voltage drives more current. A V-I graph shows the linear relationship.
A projectile launched at an angle is decomposed into horizontal (constant velocity) and vertical (uniformly accelerated) components. The parabolic path is animated with a moving dot and changing velocity vector. Parametric equations are displayed.
A ball at height h rolls down a ramp, converting gravitational potential energy into kinetic energy. A synchronized bar chart shows PE decreasing and KE increasing while total mechanical energy remains constant.
A ball on a surface gradually stops due to friction; in frictionless space it rolls forever at constant speed. A car-braking inertia demo shows a passenger lurching forward. Label: "No net force = no change in motion."
A block on a frictionless surface is pushed by a constant force. Three scenarios demonstrate that the same force produces less acceleration on heavier blocks and more acceleration on lighter blocks. The formula F = ma is displayed with numerical examples.
