Yes, except when the line is in the plane. In the latter case, they intersect at each point on the line (an infinite number).
If the line is not IN the plane ... it just zaps through the plane from some direction ... then it touches the plane in only one point. The intersection is a point.if it is lined up with the plane, then the intersection is a line.
I believe the answer is "perpendicular line". Forgive me if I'm wrong :)
Yes, that's pretty much the definition of parallel.
Graphing a line on the coordinate plane is the two-dimensional equivalent to marking a point on a number line. It just means to graph your line with respect to the x and y axes.
Definition of midpoint: a point, line, or plane that bisects a line so that AB=BC Midpoint theorem: a point, or plane that bisects a line so that line AB is congruent to line BC. A-----------------------------------------------B----------------------------------------------------C The definition of midpoint refers to equality, while midpoint theorem refers to congruency.
In plane geometry a line is a two dimentional object between two points. If a line or a point is not on the line it, by definition, does not contain them. The answer therefor is infinite. Unless it is a closed line which has a slightly different definition but the answer is the same.
A dimension that exactly locates a reference point, reference line, or reference plane
Plane. A point has no dimension, a line has one dimension, and a plane has two dimensions.
point, line and plane
point * * * * * or, nothing (if the line is parallel to the plane).
A ray
plane
A plane intersects a line at a point, and i plane intersects another plane at a line.
When the line is inclined to the plane. That is, it is not in the plane nor is it parallel to it.
Unless the line is a subset of the plane, the intersection is a point.
This is the definition of a "point" (dimensionless singularity; intersection of two lines or a line and a plane).