Problem of the Week
... Can You Draw It? Use a protractor and ruler to draw triangles with the following properties, if you can. Find the measure of each angle on your triangles in parts a) to d), and label the side lengths for parts e) to h). If you can’t draw such a triangle, explain why not. a) A triangle with three acu ...
... Can You Draw It? Use a protractor and ruler to draw triangles with the following properties, if you can. Find the measure of each angle on your triangles in parts a) to d), and label the side lengths for parts e) to h). If you can’t draw such a triangle, explain why not. a) A triangle with three acu ...
4.2-4.3 Notes - Garnet Valley
... Objective: To classify triangles by their angle measures and side lengths To use triangle classification to find angle measures and side lengths To find the measures of interior and exterior angles of triangles Ex. 1: Classifying Triangles by Sides and Angles Classify each triangle by its sides and ...
... Objective: To classify triangles by their angle measures and side lengths To use triangle classification to find angle measures and side lengths To find the measures of interior and exterior angles of triangles Ex. 1: Classifying Triangles by Sides and Angles Classify each triangle by its sides and ...
Apollonian network
In combinatorial mathematics, an Apollonian network is an undirected graph formed by a process of recursively subdividing a triangle into three smaller triangles. Apollonian networks may equivalently be defined as the planar 3-trees, the maximal planar chordal graphs, the uniquely 4-colorable planar graphs, and the graphs of stacked polytopes. They are named after Apollonius of Perga, who studied a related circle-packing construction.