And not only would they intersect, they would intersect in an infinite number of places.

So these two lines, they intersect, but they're not going to intersect at a 90 degree angle.

Well that's clearly not the case, they intersect.

Intersect

Intersect

Intersect Paths

Intersect Paths

And they never intersect! They never intersect. So they're on the same plane but they never intersect each other.

Intersect this Circle

Intersect this Conic

Intersect this Segment

Intersect this Line

Intersect this Arc

Intersect this Polygon

Intersect this Polygonal

Intersect with this conic

Intersect with this line

Intersect with this cubic

Intersect with this circle

Intersect this Half line

Intersect this Cubic Curve

Intersect with this arc

Intersect with this polygon

They will never intersect.

A line that is perpendicular to that will not only intersect the line, it will intersect it at a right angle, at a 90 degree angle.

Intersect with this cubic curve

It would intersect the bottom cone there and it would intersect the top cone over there.

Select the first object to intersect...

Select the second object to intersect...

Intersect this polygon with a line

Intersect this line with a polygon

Intersect this polygonal with a line

Intersect this line with a polygonal

Intersect this polygon with another polygon

And they intersect at point M.

And that's why they never intersect.

They clearly intersect at some point.

So the lines don't, don't intersect.

They both intersect at 0, 0.

They will intersect at one place.

They're going to intersect right there.

A perpendicular line will intersect it, but it won't just be any intersection, it will intersect at right angles.

And if they're not parallel to each other, they're going to intersect at a unique point.

So that is line B and notice, they do intersect, there's definitely not two parallel lines.

The question is, where do they intersect?