There can be no formula for the number of triangles within the polygon. Any triangle can be split into two by a line from one of the vertices to the opposite side. Thus the number of triangles can be increased by one by simply splitting one triangle. And then THAT triangle can be split in two, and the that one, ...
Yes. Any triangle can be inscribed within a circle, although the center of the circle may not necessarily lie within the triangle.
The answer will depend on how the triangle is situated within the rectangle (how many of the triangle's vertices coincide with those of the rectangle), and what other information you have.
An orthocenter on an obtuse triangle actually lies outside of the triangle. In an acute triangle, the orthocenter lies within the triangle.
There are three measurable angles within a triangle, and within a equilateral triangle there are thee equal angles, each measuring 60o .
There can be no formula for the number of triangles within the polygon. Any triangle can be split into two by a line from one of the vertices to the opposite side. Thus the number of triangles can be increased by one by simply splitting one triangle. And then THAT triangle can be split in two, and the that one, ...
Species within the class Cephalaspidomorphi, which includes the lampreys, comprise the smallest number of species among vertebrates, with around 38 recognized species.
The Sierpinski Triangle
Yes. Any triangle can be inscribed within a circle, although the center of the circle may not necessarily lie within the triangle.
The answer will depend on how the triangle is situated within the rectangle (how many of the triangle's vertices coincide with those of the rectangle), and what other information you have.
An orthocenter on an obtuse triangle actually lies outside of the triangle. In an acute triangle, the orthocenter lies within the triangle.
There are three measurable angles within a triangle, and within a equilateral triangle there are thee equal angles, each measuring 60o .
The 'orthcentre' of a triangle is at the point where the 3 perpendicular altitudes intersect within the triangle.
Yes, actually it has to be. The only type of triangle with even sides is an equilateral triangle, but all of the angles of an equilateral are 60 degrees, because everything is equal and 180(total degrees within a triangle)/3(number of angles)=60(degrees per angle of an equilateral).
a triangle that all the angles within it are between 30 and 120 degrees. an equilateral triangle is ideal
Florida with 15,982,378 people ranks 4th
The sum of all inner angles within a triangle is 180 degrees.