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Plane Geometry

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Demonstrations 301 - 320 of 1465


Constructing a Parabola from Tangent Circles	Moser Spindles, Golomb Graphs and Root 33	Elliptic Epitrochoid	Tomahawk Quinsector	23. Construct a Triangle Given Two Sides and the Inradius

22. Construct a Triangle Given the Hypotenuse and the Length of an Angle Bisector	Given a Segment, Construct Its Perpendicular Bisector; Given a Triangle, Construct Its Circumcircle	27b. Construct a Triangle Given Its Perimeter, an Angle and the Length of the Altitude to the Side Opposite the Angle	27a. Construct a Triangle Given a Side, the Length of the Altitude to It and the Opposite Angle	26c. Construct a Triangle Given the Length of Its Base, the Angle Opposite the Base and the Length of That Angle's Bisector

26b. Construct a Triangle Given the Length of Its Base, the Angle Opposite the Base and the Length of That Angle's Bisector	25. Construct a Triangle Given Its Base, the Difference of the Base Angles and the Length of One of Three Line Segments	24c. Construct a Triangle Given the Difference of Base Angles, Length of the Altitude from the Base and the Sum of the Lengths of the Other Two Sides	24b. Construct a Triangle Given the Length of the Altitude to the Base, the Difference of Base Angles and the Sum of the Lengths of the Other Sides	24a. Construct a Triangle Given the Length of the Altitude to the Base, the Difference of Base Angles and the Sum of the Lengths of the Other Sides

20. Construct a Triangle Given the Length of Its Base, the Difference of Its Base Angles and a Line Containing the Third Vertex	21. Construct a Triangle with Equal Base Angles That Are Each Double the Third Angle	19. Construct a Triangle Given the Length of Its Base, the Difference of Its Base Angles and a Special Point of Intersection	18. Construct a Triangle Given the Length of Its Base, the Difference of Angles at Its Base and the Point of Intersection of an Angle Bisector with Its Base	Vieta's Solution of a Cubic Equation

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