The point where two or more lines meet is the intersection.
A railway junction is where train lines meet, with points being the moving parts of the track that allow trains to be changed onto other lines.
a coordinate plane
Yes. Draw a triangle without its base line. From both the base vertices draw a line to the opposite side(somewhere in the middle). The four lines so created will meet in 6 points.
the parallel lines never intercept so they do not have any common points.
Lines intersect if the meet at one point. Perpendicular lines also meet at one point, but their intersection is a right angle. Intersecting lines in the plane do not meet at two points.
Lines in a plane can intersect at only one point.
They are the sets of points (lines) at which two faces meet.
It depends on the lines! They can meet at 0, 1, 2 or 3 points.
The meridians meet at the poles, which are the points on Earth's surface where the lines of longitude converge. At the North Pole, all lines of longitude meet, and the same is true for the South Pole.
They are the sets of points (or lines) where two faces meet.
The point where two or more lines meet is the intersection.
Angles are the points at which lines meet. Sides are the opposite, being the lines that connect at angles.
coordinate plane
A railway junction is where train lines meet, with points being the moving parts of the track that allow trains to be changed onto other lines.
It depends what shape the lines meet in. If they meet in a triangle the point in which the lines meet are called the vertex.In Geometry, this isn't precisely true, since there are no "lines" in a triangle, only line segments.In Euclidean (standard) geometry, two lines can only:(a) meet at a single "point"; OR(b) never meet (they are parallel lines).You could ask "what if they meet at several points?". In that case, there is just one line. A line goes on infinitely far in either direction. And if two lines meet at more than one point, they are congruent at every point, and are therefore both just the same line. It is impossible for two different lines to meet at two or more points in Euclidean geometry.
Perpendicular lines will only share one point: the point of intersection, where the two lines meet.