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GeoGebra
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Google Classroom
Google Classroom
GeoGebra
GeoGebra Classroom
Outline
Visual Mathematics
Distances from three points
Point in an Equilateral Triangle
Moss Egg by Robert Dixon
The Pythagorean Theorem.
Pythagorean Theorem Proof without Words
Espiral de Baravelle
Baravelle's Spiral and Infinite Geometric Series
Rotating Fan
Circle mandala
Square Inscribed in an Isosceles Right Triangle
Pythagorean Theorem proof by translation
Archimedean Spiral built by parametric equations
Crossing Wires Problem
Nested Median Triangles
Approximation of pi using inscribed polygons
The Cycloid
Triangle Area Calculated via Rotation
Parallelogram Translated to Rectangle
Trapezoid transformation to rectangle
Pythagorean Theorem trapezoid proof by President Garfield
Pyramid Math
Spiraling Squares - a.k.a. The Four Ants problem
Circles on Octagonal grid with animated points/segments
Animated Box with vertices on circles
Absolute value problem models
Pulsating Points - Frame of Reference
Straight Line Motion Illusion - Frame of Reference
Pythagorean Theorem proof by similar triangles
Three Intersecting Circles
Hidden Equilateral Triangle
Curious Corridors of Numbers
Polar Vector Clock
Polygons and Diagonals
Visual Mathematics
Author:
Bill Lombard
GeoGebra applets created by users of GeoGebraTube
Distances from three points
Point in an Equilateral Triangle
Moss Egg by Robert Dixon
The Pythagorean Theorem.
Pythagorean Theorem Proof without Words
Espiral de Baravelle
Baravelle's Spiral and Infinite Geometric Series
Rotating Fan
Circle mandala
Square Inscribed in an Isosceles Right Triangle
Pythagorean Theorem proof by translation
Archimedean Spiral built by parametric equations
Crossing Wires Problem
Nested Median Triangles
Approximation of pi using inscribed polygons
The Cycloid
Triangle Area Calculated via Rotation
Parallelogram Translated to Rectangle
Trapezoid transformation to rectangle
Pythagorean Theorem trapezoid proof by President Garfield
Pyramid Math
Spiraling Squares - a.k.a. The Four Ants problem
Circles on Octagonal grid with animated points/segments
Animated Box with vertices on circles
Absolute value problem models
Pulsating Points - Frame of Reference
Straight Line Motion Illusion - Frame of Reference
Pythagorean Theorem proof by similar triangles
Three Intersecting Circles
Hidden Equilateral Triangle
Curious Corridors of Numbers
Polar Vector Clock
Polygons and Diagonals
Следующий
Distances from three points
New Resources
Converting Angle Measures Between Degrees and Radians
Colouring of Venn Diagram
functionartculture
Dividing a 2-digit number by a 1-digit number (1)
Set Operations (2 Sets)
Discover Resources
Five squares and a triangle
Cone Development
Function Machine 2
Translation Vector Activity updated
Area below the curve
