points
Yes, it can.
Yes, if no endpoints are defined.
Given a line, there are an infinite number of different planes that it lies in.
A line in Euclidean geometry contains an infinite number of points. This is because a line extends indefinitely in both directions, and there are no gaps between the points along the line. Therefore, regardless of how you look at it, the number of points on line ( f ) is infinite.
-- An infinite number of different planes can intersect the same line. -- The same line can lie in an infinite number of different planes. -- An infinite number of different lines can intersect the same plane.
Yes, it can.
A line, ray, or line segment contains an infinite number of points.
Yes, if no endpoints are defined.
Given a line, there are an infinite number of different planes that it lies in.
A line in Euclidean geometry contains an infinite number of points. This is because a line extends indefinitely in both directions, and there are no gaps between the points along the line. Therefore, regardless of how you look at it, the number of points on line ( f ) is infinite.
The keyword "infinite" does not have a specific numerical value on the infinite number line of CodeSignal. It represents a concept of endlessness and is not a specific point on the number line.
infinite number of lines
An infinite number. Each point on a line, however small the line is, can have a perpendicular through it. And since there are an infinite number of points on any line, the answer is an infinite number.
An infinite number of planes. Picture a line and now picture planes going in every direction through the line,
infinite
It does not. It is infinite
-- An infinite number of different planes can intersect the same line. -- The same line can lie in an infinite number of different planes. -- An infinite number of different lines can intersect the same plane.