Yeah, parralell, perpendicular, and intersecting, are the only one I could find... There are also convergent and divergent lines (lines that are not parallel converge/diverge at different points).
The cut of a diamond may contain perpendicular lines. The mineral diamond may also have natural perpendicular lines in the lattice, and these are not visible in gem-stone quality diamonds.
Intersecting lines. If they have only one point in common, then they are also non-parallel.
A quadrilateral is "guaranteed" to be a parallelogram if (a) the opposite side are parallel, or (b) any line segment perpendicular to one side and intersecting the opposite side is also perpendicular to the opposite side, or (c) any line segment perpendicular to one side and intersecting the opposite side has the same length as any other such perpendicular line intersecting the opposite side (sometimes vaguely expressed as "opposite sides are everywhere equidistant"), or (d) the angles at the two ends of any side add up to 180 degrees.
yes they intersect, they can also intersect at different angles, obtuse, right, and obtuse
No - perpendicular lines meet at right angles.
No because perpendicular goes up and down
Lines intersect if the meet at one point. Perpendicular lines also meet at one point, but their intersection is a right angle. Intersecting lines in the plane do not meet at two points.
Yeah, parralell, perpendicular, and intersecting, are the only one I could find... There are also convergent and divergent lines (lines that are not parallel converge/diverge at different points).
Yes. But it does not mean it is fully. It partly is not. It is if both lines are in the same plane. But if they are in different planes, then they won't intersect.
no. if they touch, then they cannot be parallel.
They are: -skew lines -parallel lines -intersecting lines -straight lines -zigzag lines -dotted lines -solid lines -curved lines -perpendicular lines
Yes and it also has intersecting lines
Because you are constantly "sliding" to the right or to the left in straight lines. You will "cha cha" to different spots also so you'll be overlapping your past imaginary lines! good question!
Perpendicular lines can not be parallel to each other but they can be to other lines.
The definition of perpendicular lines also defines the angles -- perpendicular lines are two lines (or line segments) that meet at a 90 degree angle.
PARALLEL AND PERPENDICULAR LINESParallel lines can run side by side on forever but perpendicular lines make a 90 degree angle.