its the point of concurrency
concurrent
Two lines with one point in common are said to intersect at that point. Any two straight lines with infinite length will eventually intersect each other, unless they are parallel to each other.
Lines that have one point in common are said to intersect one another at that point. Almost all straight lines of infinite length intersect one another, unless they are parallel to each other.
it equals bacon jk When the lines intersect each other, they have that one point in common. Good Luck with whatever you were doing....
a point
concurrent lines
No, only three lines can intersect at a single point.
Discrete lines may or may not intersect at a point they share. . . Example: . . . . . . common point in center . . . . Example: . . . . . no common point in center . . .
intersect
concurrent
Two lines with one point in common are said to intersect at that point. Any two straight lines with infinite length will eventually intersect each other, unless they are parallel to each other.
Lines that have one point in common are said to intersect one another at that point. Almost all straight lines of infinite length intersect one another, unless they are parallel to each other.
Two lines intersect at a point
Two lines that have a point in common are said to be intersecting lines. When they intersect, they share a specific coordinate point where they cross each other. For example, the lines described by the equations y = 2x + 1 and y = -x + 3 intersect at the point (2, 5). This common point is where both lines meet on a graph.
No, parallel lines never intersect, so they do not have any points in common. Intersecting lines have one common point.
No, skew lines cannot be in the same plane, since they do not have a point on common. Two lines intersect if they lie in a common plane, and by definition, these intersecting lines are not skew lines.
Yes, in Euclidean geometry, an infinite number of lines can meet at one point.