There is only one triangle. Or two if you count its mirror image as a different triangle.
All triangles have 180 degrees.
All isosceles triangles are not equilateral triangles
In an octagon, there are 20 equilateral triangles. Each side of the octagon can form two equilateral triangles with the adjacent sides, resulting in 8 equilateral triangles. Additionally, the diagonals of the octagon can form 12 more equilateral triangles. Therefore, the total number of equilateral triangles in an octagon is 8 + 12 = 20.
Triangles may be right triangles equilateral triangles acute or obtuse triangles
Number of triangles in a polygon = number of sides-2
Are you testing us? *gets paper* 9 if you dont count triangles with a line going through it 17 if you count triangles with more than one line going through it e.g all possible triangles visible
Six equilateral triangles in hexagon
Pyramids have triangular faces, which might count. Bridges utilize triangles extensively in their design due to the structural support that triangles gives. Towers also utilize triangles for the same reason as bridges: they form a strong structure which resists bending and sagging.
Roofs are much stronger because triangles are stronger than squares
Properties of the Pyramids include square bases, triangular bases, equilateral triangles, isosceles triangles, interior right angle triangles and much much more.
The geometric shape formed by connecting the perimeter of five points is a pentagon. Its basic construction is that of three triangles with one triangle in the middle sharing two of its sides with a base line of the other two triangles. The maximum number of triangles that can be created, if you count only those triangles that are formed by line segments between each of the five points, are ten (10).
It depends
There is only one triangle. Or two if you count its mirror image as a different triangle.
I honestly don't know much stuff about triangles.
This question is hard to answer because the poster isn't clear on what a "5 point circle" is. I'll answer one possibility, and then if I interpreted it wrong, the poster can come back and clarify. Suppose you pick five points on the circumference of a circle and connect them all up with straight lines. You'll create a spiderweb of lines that has lots of triangles in it. How many triangles are there, exactly? Since some of the triangles overlap and cross others, it's a little hard to know what to count. If you count all triangular regions, whether or not they overlap other triangles, you get thirty. Please let me know if any of my assumptions was wrong.
All triangles have 180 degrees.