No limit.
Yes, perpendicular lines do intersect at a single point. Think of the line representing the x-axis, and the line representing the y-axis. These two lines are perpendicular, and they intersect at the Origin (a single point).
Two lines can intersect at none, one or infinitely many points.
they intersect 1 point at a 90 degree angle at all sides
No, two straight lines can intersect at only one point and that is their point of intersection.
No limit.
My teacher said their is an infinate number of lines that can cross through a single point, but the human eye cannot see them.
No, only three lines can intersect at a single point.
two lines intersect at a single point in a 2D space assuming they are not parallel. in 3D space they can intersect again at a single point, or an infinite amount of points.
In geometry, two or more lines are said to be concurrent if they intersect at a single point. If they do not intersect at the single point they are non concurrent.
Yes, perpendicular lines do intersect at a single point. Think of the line representing the x-axis, and the line representing the y-axis. These two lines are perpendicular, and they intersect at the Origin (a single point).
Any two intersecting lines (including perpendicular lines) will intersect at a single point.
Two lines can intersect at none, one or infinitely many points.
they intersect 1 point at a 90 degree angle at all sides
false they intersect at a single point
Two lines intersect at a point
It depends on how you define "ways" and how you define "lines" and how you define "intersect" and what kind of geometry you're talking about, but in Euclidean geometry, lines either never intersect, or they intersect at a single point, or they can intersect at all points within the lines.