In Euclidean geometry they cannot.
In other geometries they can meet at various points, depending on the configuration of the space.
In projective geometry, for example, they meet at the "point at infinity".
In physics, though, parallel rays (of light, for example), can be made to meet at the focus of a lens or mirror.
As long as they are not parallel, they will meet at an "edge", which is just a straight line.
Lines that meet are not parallel, and parallel lines never meet.
Because of the way parallel lines are defined. Parallel lines never meet, but to qualify as parallel lines, additional conditions may apply. From Wikipedia: "Two lines in a plane that do not intersect or meet are called parallel lines." Emphasis added.
No, in Euclidean geometry they do not meet.
It has 3 pairs of parallel sides By the way parallel sides are sides that never intersect (meet or touch together)
no, that's why they are called parallel lines.
its called the intersept point when they don't meet its called a parallel line
parallel lines
A point on the horizon where parallel lines appear to meet is called the vanishing point.
As long as they are not parallel, they will meet at an "edge", which is just a straight line .
parallel
As long as they are not parallel, they will meet at an "edge", which is just a straight line.
Lines that meet are not parallel, and parallel lines never meet.
Because of the way parallel lines are defined. Parallel lines never meet, but to qualify as parallel lines, additional conditions may apply. From Wikipedia: "Two lines in a plane that do not intersect or meet are called parallel lines." Emphasis added.
Parallel lines meet in infinity(they don't meet at all)
An estuary is the place where freshwater and saltwater meet.
that is called a perfect circuit