You may be thinking of the perpendicular line because the area of a triangle is 0.5*base*perpendicular height
What is the special name for the segment that connects the center of a regular polygon to an outer edge to form the height of a triangle
apothem
The segment that connects the center of a regular polygon to an outer edge, forming the height of a triangle, is called the "apothem." The apothem is perpendicular to the side of the polygon and is essential for calculating the area of the polygon. It is also the distance from the center to the midpoint of a side.
There is no special name. In a prism it would be a quadrilateral, in an antiprism, a triangle.
apothem
What is the special name for the segment that connects the center of a regular polygon to an outer edge to form the height of a triangle
apothem
apothem
The segment that connects the center of a regular polygon to an outer edge, forming the height of a triangle, is called the "apothem." The apothem is perpendicular to the side of the polygon and is essential for calculating the area of the polygon. It is also the distance from the center to the midpoint of a side.
There is no special name. In a prism it would be a quadrilateral, in an antiprism, a triangle.
apothem
It is the only polygon whose side lengths determine its shape.
Anything over 2. Some, eg triangle, are special cases...
Not necessarily. The sides and angles can be the same, or different. If all angles in a polygon are congruent (same measure) and all sides are congruent, then the polygon is said to be a "regular polygon". In the special case of a triangle, it is also known as an "equilateral triangle", and in the special case of a 4-sided polygin, as a "square".
The triangle that has all three vertices touching the circle is called an 'inscribed triangle.' The circle has no special name, only the polygon inscribed.
A special polygon is a centrally symmetric polygon, has sides parallel to its axes, and is obtained by distorting the square.
In Shape- and Position tolerances what does the term reference element means a special element on which the elmentary computations (integrals) are performed. For instance, the reference segment in GetFEM++ is the segment [0,1]. The reference triangle is the triangle (0,0), (0,1), (1,0).