A theorem discovered by Napoleon Bonaparte states that the centers of some of these shapes form another one, and the incenter and centroid are the same only in this figure.
Dropping perpendiculars in this geometric figure leads to Viviani's Theorem, and Morley's Theorem constructs one of these figures. A theorem discovered by Napoleon Bonaparte states that the centers of some of these shapes form another one, and the incenter and centroid are the same only in this figure. The area of one of these (*) polygons is equal to side-length squared times the square root of three divided by four. A median of this figure divides it into two 30-60-90 triangles, because it is a regular polygon which has all 60-degree angles. For ten points, what is this kind of triangle that has three equal sides and angles?
Dropping perpendiculars in this geometric figure leads to Viviani's Theorem, and Morley's Theorem constructs one of these figures.
{equilateral} or {equiangular} triangles (prompt on isosceles {triangle}s)