No, you would need at least 4 points to create a concave polygon.
No.
An equilateral triangle is NOT concave. The sides only push out, and they never cave in. An equilateral triangle is convex. I hope that helped all who needed.
A triangle.A triangle.A triangle.A triangle.
A triangle on a concave surface.
i think you have to put both of the points onto the line
Yes, a triangle is always concave. * * * * * How wrong can you get! A triangle is always convex and NEVER concave.
No.
A triangle on a concave surface.
No, it is not.
An equilateral triangle is NOT concave. The sides only push out, and they never cave in. An equilateral triangle is convex. I hope that helped all who needed.
A triangle.A triangle.A triangle.A triangle.
A triangle on a concave surface.
You start creating a concave hexagon from four triangles by placing the smallest triangle in the middle to serve as a base for the other three. Line up the bases on each triangle with the sides of the smallest one to end up with six sides forming a concave hexagon.
i think you have to put both of the points onto the line
s donkey with its legs the same length
It depends entirely on their relative shapes and sizes. They could make a triangle, a parallelogram, a square, or a pentagon or even a concave heptagon.
To form a concave hexagon from four triangles, you can arrange the triangles such that two of them share a common side, while the other two are positioned to create indentations. For example, place two triangles adjacent to each other to form a larger triangle, then attach the third triangle to one side, and the fourth triangle in a way that creates an inward point, forming a concave shape. Make sure that the angles of the triangles allow for the necessary concave indentations, resulting in a six-sided figure with at least one inward angle.