Not in Euclidean Geometry.
Euclid's 5th axiom is that parallel lines never meet. However, unlike the first 4 axiom, it is impossible to prove the 5th axiom; depending upon the situation, you can either assume that parallel lines meet or don't; when they do meet, there are some very interesting consequences (for example, the possibility of a hyperbolic space).
To my knowledge, if they meet, they are intersecting/perpendicular lines.
a circle
2 pairs of parrallel lines
yes beacus it ahs two pairs of parrallel lines
Having a slanting or sloping direction, course, or position; inclined.
parrallel lines run side by side and do not touch intersecting cross each other
a triangle has no parrallel lines. it will only be parrallel if it is a quadrilateral
They are parrallel
a circle
2 pairs of parrallel lines
If lines were not perpendicular,they would either be intersecting or parrallel.
Are equal but the y intercept is different
regular pentagons have no parrallel lines. irregular pentagons might but it depends. :))
yes beacus it ahs two pairs of parrallel lines
Having a slanting or sloping direction, course, or position; inclined.
parrallel lines run side by side and do not touch intersecting cross each other
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 :)
They are found on the transversal line that cuts through parrallel lines