parallel lines never touch, never get any closer or any further apart. tangent lines touch at one point
They can be as long as the don't intersect or touch at any point.
They are parallel lines
Parallel lines are lines which share the same gradient. In Euclidean geometry (the geometry used in standard mathematics and day-to-day physics), parallel lines will never meet at a point, but will share every point along their (infinite) lengths if 1 point is observed to coincide with both. The parallel postulate, which is a geometric axiom of Euclid's geometry, defines these properties. However, by moving into elliptical and hyperbolic geometries, parallel lines can be allow to intersect at points (where parallel lines are defined as 2 lines having the same gradient), whilst still retaining logically consistent geometrical definitions. Parallel lines are the opposite of perpendicular lines which meet at right angles.
Of course. Any lines in the same plane (if extended far enough) that are not parallel must intersect.
parallel lines never touch, never get any closer or any further apart. tangent lines touch at one point
They can be as long as the don't intersect or touch at any point.
parallel lines are those line which does not have any intersecting point.
They are parallel lines
parallel lines are any lines that will never touch. on a 3D plane, there will be many lines that won't intersect another. but parallel lines have a specific definition that there is no way to subcatigorize it
No, parallel lines never intersect, so they do not have any points in common. Intersecting lines have one common point.
Parallel lines are lines which share the same gradient. In Euclidean geometry (the geometry used in standard mathematics and day-to-day physics), parallel lines will never meet at a point, but will share every point along their (infinite) lengths if 1 point is observed to coincide with both. The parallel postulate, which is a geometric axiom of Euclid's geometry, defines these properties. However, by moving into elliptical and hyperbolic geometries, parallel lines can be allow to intersect at points (where parallel lines are defined as 2 lines having the same gradient), whilst still retaining logically consistent geometrical definitions. Parallel lines are the opposite of perpendicular lines which meet at right angles.
No.Parallel lines never meet and don't intersect too.
Two parallel lines never meet or intersect. Two lines that aren't parallel must have one point somewhere where they intersect.
Answer: Two lines that never touch or have any points in common are parallel. If there was a slight angle difference with one of the lines, they would eventually cross somewhere. Perfectly parallel lines will always remain parallel and will never cross each other. Answer: If they are also in the same plane, they are said to be parallel.
Of course. Any lines in the same plane (if extended far enough) that are not parallel must intersect.
Any plane shape that has two or more sets of parallel lines. For example, any regular polygon with an even number of sides.