Browse published Manim examples, math animation examples, and reusable ideas created by the AnimG community.
A short visual guide that demonstrates how to add and subtract ordinary fractions and mixed numbers. It shows aligning denominators, performing numerator operations, simplifying results, and converting between mixed and improper forms, ending with a concise flowchart of the key steps.
rumahtangga temon
Step by step walkthrough solves the quadratic equation to locate the intersection points, sets up the definite integral from negative four to four, computes the antiderivative, applies the limits, simplifies the result and presents the exact area as 256 divided by 3, approximately 85.33 square centimeters.
Umie Shahiera
A dark‑background animation shows a scaled table of eight steps, each listing median position, height, width and computed slice area. The table fades in with white grid lines, then a right‑aligned label displaying the summed area of 85.6 square centimeters appears below. The view holds briefly for readability.
Umie Shahiera
The animation proves that taking the complex conjugate distributes over addition and multiplication, shows the geometric reflection of a complex number across the real axis on the Argand plane, and presents related identities such as double conjugation and realness of a plus its conjugate. Viewers see step‑by‑step algebraic expansions, highlighted results, and a challenge to prove the difference property.
liam slater
A step‑by‑step animation shows how to translate June and July bottle sales word problems into two linear equations, substitute variables, and solve for the number of small and large bottles sold each month. It highlights the algebraic process and presents the final counts for both months.
Bunker verse
A concise 2‑D animation walks through the BFS algorithm on a seven‑node graph. It shows the initial queue, processes each node, highlights edges, updates the visited set, handles duplicate queue entries, and ends with the traversal order displayed. Side panels display the live queue and visited nodes while colors indicate state changes.
V J Kalpana Chawla
A transparent overlay animation shows hand gestures illustrating whether minus two squared equals four or negative four. The sequence displays two answers in hands, isolates the base two with a grid, demonstrates the minus sign staying outside, closes parentheses around the negative base, compares results on a calculator graphic, and ends with closing parentheses around a final word. Guard frames ensure sync with audio and keep face and subtitle zones clear.
Jose Santiago Garcia Cremades
A sleek black‑background animation shows the logical flow from E equals m times c squared to the frequency expression f equals mc squared over h, adding a subscript C at the end. Symbols move smoothly, merge, and rearrange without abrupt jumps, highlighting the continuity of the equations.
Chairi Najib
A dark‑mode animation draws the coordinate axes and unit circle, sweeps an angle from the positive x‑axis, and highlights the horizontal and vertical projections as cosine and sine. It then shows the tangent line at (1,0) to illustrate tangent length and the tangent line at (0,1) for cotangent, emphasizing their ratios to sine and cosine. The scene fades out, leaving the four key segments labeled.
Minh Hiáşżu HoĂ ng
A short animation shows a two‑dimensional vector starting at the origin with length one unit and a fixed direction. Over a few seconds the arrow smoothly extends to three units while the grid stays static, highlighting how a vector's length represents its magnitude. The final vector holds briefly before fading out.
Omar Espitia
The animation shows a decreasing sequence, computes its first and second differences, identifies a constant second difference, and derives the explicit quadratic formula for the nth term. It solves for the coefficients using three terms, reveals the final expression, and verifies it against the original numbers.
The animation walks through solving the equation x squared plus 5x plus 6 equals zero by factorisation. It shows the problem, identifies the method, finds two numbers whose product is 6 and sum is 5, splits the middle term, groups and factors, applies the zero-product property, solves for x, and verifies the solutions.
EO TP Kalghatagi