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Demonstrations 81 - 100 of 146
The Arithmetic-Geometric Mean Inequality (I)Area of a DiskIntegration by Riemann SumsThe Trapezoidal Rule for Increasing FunctionsA Visualization of Logarithms
The Arithmetic-Geometric Mean Inequality (I)
Area of a Disk
Integration by Riemann Sums
The Trapezoidal Rule for Increasing Functions
A Visualization of Logarithms
Visual Proof of Two IntegralsVisual Computation of an Integral (II)The Ratio of Surface Area to Volume for a Cube and a SphereDividing a Triangle by Lines Parallel to Two SidesSubtriangles Formed by Concurrent Lines Parallel to the Sides of a Triangle
Visual Proof of Two Integrals
Visual Computation of an Integral (II)
The Ratio of Surface Area to Volume for a Cube and a Sphere
Dividing a Triangle by Lines Parallel to Two Sides
Subtriangles Formed by Concurrent Lines Parallel to the Sides of a Triangle
The Area of the Incentral TriangleAreas of Parallelograms and TrapezoidsSum of Reciprocals of Triangular NumbersThe Arithmetic-Logarithmic-Geometric Mean InequalityVisual Computation of an Integral
The Area of the Incentral Triangle
Areas of Parallelograms and Trapezoids
Sum of Reciprocals of Triangular Numbers
The Arithmetic-Logarithmic-Geometric Mean Inequality
Visual Computation of an Integral
Calculating Area, Perimeter, and Diagonal Length of a RectangleArea of a Hexagon Formed by the Vertices and Altitude Extensions of a TriangleTwo Triangles of Equal Area on Either Side of an Angle BisectorThe Product of the Inradius and Three ExradiiAnother Relation between the Areas of Triangles Associated with an Excircle
Calculating Area, Perimeter, and Diagonal Length of a Rectangle
Area of a Hexagon Formed by the Vertices and Altitude Extensions of a Triangle
Two Triangles of Equal Area on Either Side of an Angle Bisector
The Product of the Inradius and Three Exradii
Another Relation between the Areas of Triangles Associated with an Excircle

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