Perpendicular lines intersect at a 90 degree angle. Parallel lines do not intersect, nor would they ever intersect if continued infinitely.
Diagonal
Lines that are neither parallel nor perpendicular.
Are very common but do not have any particular name. Sit in the corner of a cuboid room. Consider one line which is defined by the floor and the wall on your left. Consider the other as that formed by the ceiling and the wall on your right.
No. Normally, two lines will uniquely identify a plane, unless they happen to be parallel. If you add a third line, it will usually not be in the same plane.* * * * *Not quite. Two lines that meet will uniquely identify a plane. But you can have lines that are neither coplanar nor parallel.For example, consider a cube and think of the line defined by the front bottom and one of the back verticals. Neither parallel, nor coplanar.
SKEW LINES are neither parallel nor intersecting.
No. Lines are infinite, so if they are not parallel, they have to intersect at some point on the plane.
Perpendicular lines intersect at a 90 degree angle. Parallel lines do not intersect, nor would they ever intersect if continued infinitely.
No, oblique lines are neither parallel nor perpendicular
Then they are not parallel, nor skew (in 3D).
Diagonal
Skew Lines. :)
parallel
Lines that are neither parallel nor perpendicular.
Lines that are neither parallel nor perpendicular.
the answer would have to be skew
Yes, it is possible to draw lines on the surface of a sphere that are neither parallel nor intersecting.