Yes. Picture an upside down hyperbola and a right side up hyperbola. Connect their vertices and there you have it. Example: y = x^2 and y = -x^2
No, only three lines can intersect at a single point.
No, two distinct planes in three-dimensional space cannot intersect at just a single point. They can either be parallel and not intersect at all, or they can intersect along a line. If they intersect, the intersection will always be a line rather than 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.
Parallel lines don't intersect, no matter how many of them there are.
At the point where the x and y axis intersect at 90 degrees.
The origin.
they intersect 1 point at a 90 degree angle at all sides
false they intersect at a single point
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.
If the graph is a function, no line perpendicular to the X-axis can intersect the graph at more than one point.
Sometimes. Not always.
At the given coordinates where the x and y values intersect