In Euclidean geometry, parallel lines never intersect.
They go this way forever and never intersect but watch this typing.
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In non-Euclidean geometry, they intersect when the faces are uneven.
No, never. Parallel lines are line that will NEVER intersect.
A transversal line cutting through parallel lines creates various angles
Parallel lines never intersect.
the parallel lines never intersect each other but they both intersect the line they are perpendicular to
No, they can't be, if they intersect. This is because any two lines parallel to the same line are also parallel. And since they intersect, they aren't parallel.
No. Consider two adjacent faces on a cuboid. Both planes are parallel to the edge at which the intersect. But the fact that they do intersect illustrates that they are not parallel.
Some planes are parallel and don't intersect at all. Those that do intersect (and that are not coincident, i.e. the same plane) intersect in a line.
Line segments that do not intersect are parallel lines
If the lines are in the same plane and never intersect they are always parallel. Two line can not intersect and be parallel if they are in different planes though. Take a cube for example, if you have one Sid of it and take the edge and then go to the opposite side and make a horizontal line they will never intersect but are also not parallel.
Yes. If two planes are not coincident (the same plane) and are not parallel, then they intersect in one straight line.
parallel lines = a set of parallel lines above
A line and a plane that do not intersect are always skew. Skew refers to two or more lines or planes that are not parallel and do not intersect. Since a line and a plane are different-dimensional objects, they will never intersect and will always be skew.