NO! It just ain't happening! Two parallel lines will never meet (theoretically and by definition) and therefore have no way to complete the necessary configuration to complete the definition of a "regular" triangle. Three straight lines with three internal angles, all lines completing a three sided polygon. Unless one is using some of that "FUZZY-WEIRD" Euclid math, it just don't work in a "real" world!
There cannot be parallel lines in any [plane] triangles.
No
There are no parallel lines in a triangle.
2
An isosceles triangle has no parallel sides but 2 of its 3 sides are equal in length
There are no parallel lines in a triangle.
There cannot be parallel lines in any [plane] triangles.
No
There are no parallel sides in a right angle triangle
There are no parallel lines in a triangle.
2 paris of lines
never
2
There are 0 parallel lines that a triangle has.
An isosceles triangle has no parallel sides but 2 of its 3 sides are equal in length
how many sets of parallel lines are in a triangle
Nope think 2 parallel sides like this ______________ ______________ there would have to be another 2 lines..and we all know there are 3 lines in a triangle :)