Probably not. But there is not enough information in the question to be certain.
Two parallel lines, a plane and a line in a plane parallel to it.
Very simple. Two parallel lines do not intersect.
If all three lines are parallel, there are zero points of intersection. If all three lines go through a point, there is one point of intersection. If two lines are parallel and the third one crosses them, there are two. If the three lines make a triangle, there are three points.
The intersection is (-2, 6)
point I believe the word you're looking for is "intersection". Two non-parallel lines that lie in the same plane will have one point in common where they cross, and that point is the intersection.
It is the intersection of two co-planar non-parallel lines.
The intersection of two lines is called a point of intersection. This point represents the coordinates where the two lines meet or cross each other in a plane. If the lines are parallel, they do not intersect, while if they are coincident, they share infinitely many points of intersection.
It works out that the point of intersection is at (-4, -3.5) on the Cartesian plane.
An line that is not perpindicular to the other line makes an acute or obtuse angle Oblique lines are not parallel or perpendicular which would be lines that form acute or obtuse angles at the point of intersection.
yes... In fact, any two lines on the same plane that are not parallel will share a point of intersection.
There is no intersection. These two imaginary lines are parallel. Every point on the Tropic of Cancer is 23.5 degrees from the equator, no more and no less. The lines don't meet.
The point of intersection.