plane
Yes.
Intersecting lines are two lines that cross in a coordinate plane. So, yes, intersecting lines cross.
Yes. They're in the plane defined by the two intersecting lines.
The locus in a plane is two more intersecting lines, perpendicular to each other (and of course half-way between the given lines.
Yes. The two lines define a plane which they both belong to.
Yes.
Intersecting lines are two lines that cross in a coordinate plane. So, yes, intersecting lines cross.
Yes. They're in the plane defined by the two intersecting lines.
If they are straight lines, then they define a plane in which both lines lie.
The locus in a plane is two more intersecting lines, perpendicular to each other (and of course half-way between the given lines.
Yes. The two lines define a plane which they both belong to.
Lines in a plane can intersect at only one point.
Two lines that are not parallel and do not intersect are skew. If the non-intersecting lines are in the same plane then they are parallel.
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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 that cross each other are called intersecting lines. When two lines intersect, they do so at a single point, known as the point of intersection. The angles formed at this intersection can vary, and the lines can be either parallel (never intersecting) or non-parallel (intersecting at some angle). Intersecting lines are essential in geometry and help in understanding various concepts such as angles, shapes, and the properties of polygons.
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.