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There is no limit to the number of triangles. At any time, you can select a triangle; select one of its vertices and draw a line from that vertex to the opposite side. That gives one more non-overlapping triangle. And you can keep on doing that indefinitely.
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A triangle with sides that do not have equal lengths.
Any two non-overlapping circles.
Adjacent angles.
There is no limit to the number of triangles. At any time, you can select a triangle; select one of its vertices and draw a line from that vertex to the opposite side. That gives one more non-overlapping triangle. And you can keep on doing that indefinitely.
No these are non-overlapping.
if you're talking about 2 triangles that overlap, then yes and they are called overlapping triangles. XD
There is no such thing as a i triangle
They remain separated
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One common symbol is the star of David. It is basically One equilateral triangle pointing upwards, and one overlapping equilateral triangle pointing downwards.
No, polygons are made of straight, non-overlapping sides. An ellipse has curves.
A triangle with sides that do not have equal lengths.
A non-degenerative triangle has 3 vertices which does not lie on a stright line. i.e the are not collinear
18 angles.
Any two non-overlapping circles.