Explore Animations
Discover amazing manim animations created by the AnimG community.
Euler's Identity: The Beauty of e^(iπ) + 1 = 0
This animation elegantly presents Euler's identity, one of mathematics' most profound equations, by gradually revealing e^(iπ) + 1 = 0 on a dark background. The equation unites five fundamental constants: 0, 1, e, i, and π, showcasing their deep connection in a visually striking display.
Law of Large Numbers: Coin Flips Converge to 50%
This animation demonstrates the Law of Large Numbers by simulating 300 coin flips. A dynamic bar chart shows the proportion of heads and tails converging to 50% as the number of flips increases. A running tally and dashed line highlight the convergence to the expected value.
Fourier Series Approximating a Square Wave
This animation visually demonstrates how a square wave is progressively approximated by summing sine waves using the Fourier series. It shows the improvement in approximation as more terms are added, highlighting the convergence of partial sums to the ideal square wave.
Step-by-Step BFS Traversal on a Graph
This animation visually demonstrates the Breadth-First Search algorithm on an undirected graph. It highlights nodes and edges as they are visited, showing the traversal process step-by-step starting from a root node.
Depth-First Search in a Binary Tree
This animation visually demonstrates the depth-first search (DFS) algorithm traversing a binary tree. It highlights the pre-order traversal (Root → Left → Right) and the recursive nature of DFS, showing how nodes are visited and processed.
Earth's Rotation: Day and Night Cycle
This animation demonstrates how Earth's rotation creates the day and night cycle. It shows a 3D Earth model rotating with sunlight illuminating half its surface, highlighting the day-night boundary. Key concepts include Earth's 24-hour rotation period and the relationship between sunlight and the day-night cycle.
Why Any Number to the Power of Zero Equals One
This animation visually proves that any non-zero number raised to the power of zero equals one. Using exponent rules and step-by-step visuals, it demonstrates how x to the power of a divided by x to the power of a simplifies to x to the power of zero, which equals one.
Dijkstra's Algorithm Visualized: Shortest Path
This animation demonstrates Dijkstra's algorithm finding the shortest path in a weighted graph. It shows step-by-step node exploration, distance updates, and path finalization with clear visual cues.
Rotating 4-D Hypercube with Camera Movement
This animation visualizes a 4-dimensional hypercube (tesseract) using 3D projection. It features continuous rotation in 4D space about two orthogonal planes, while the camera orbits the object. Displayed with white edges and vertices on a black background, it provides an intuitive view of higher-dimensional geometry.