If it is normal, in that it has finite size, then no.
parallel lines never meet together in any way
The answer is apparently yes, according to non-euclidian geometry. I do not know the specifics, but I am researching it now. It has to do with a triangle inside a sphere.
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A triangle has by definition three intersecting sides. If two of the sides are parallel, they will never intersect, so no triangle can ever be formed.
A triangle has no parallel sides.
The perpendicular adjacent sides in the triangle would be 3 sides. It is the basically horizonstal line next to a vertical line(perpendicular) if it was parallel adjacent then only two side of triangle /\ <-- parallel
Two lines on two sides of a triangle typically indicate that those sides are parallel. This is known as a parallel line relationship. When two lines are parallel, they will never intersect, and they have the same slope. In the context of a triangle, this relationship can help determine other properties of the triangle, such as angles or side lengths.
triangle