Parallelism in geometry allows lines to meet at a single point.
Parallelism in geometry ensures lines form unique angles.
Parallelism in geometry refers to lines remaining the same distance apart and never meeting.
Parallelism in geometry suggests lines can curve in parallel.
A line that does not intersect and has no point on it lying in the plane.
A line that intersects the plane at exactly one point.
A line that runs across the surface of the plane.
A line that is perpendicular to every line in the plane.
L -> P
L || P
L * P
L = P
The line is above the plane but parallel to another line on the plane.
If a line intersects the plane at any point.
A line that is very close to the plane but never touches it.
A line that runs alongside the plane but hovers above it.
Yes, if it intersects at multiple points across the plane.
Yes, a line can intersect and still be parallel if it's titled correctly.
No, if a line intersects a plane, it is not parallel.
Sometimes, depending on the curvature of both.
A line parallel to a plane is perpendicular to the normal vector of the plane.
The line coincides with the normal vector at some point.
They form a 45-degree angle.
The normal vector lies parallel to the line.
Yes, similar properties apply to parallel lines and planes.
No, their interaction is entirely different.
Only if lines intersect at one point.
Under certain conditions only.
By ensuring the line's direction vector is perpendicular to the plane's normal vector.
By measuring the angles formed between both.
By counting intersection points.
By comparing distances between features.
A book resting upright on a desk.
A railway track running parallel to the ground.
A car driving down a hill.
A pen standing upright on end.
It must be perpendicular to be considered parallel.
Yes, if it maintains a constant distance at all points.
It completely depends on the plane's shape.
No, for parallelism, touch is necessary.