Yes. (The answer may be complicated somewhat in non-Euclidean geometries, but it's possible in Euclidean geometry if the lines are parallel).
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.
If they are in the same plane, then they share a common plane. Did you mean to say common point. If that's the case where they are in the same plane, but do not share a common point, then they are parallel lines.
The lines are PARALLEL.
Through a given plane, an infinite number of lines can be drawn perpendicular to it. For any point on the plane, there exists exactly one line that is perpendicular to the plane at that point. However, since there are infinitely many points on the plane, this leads to an infinite number of perpendicular lines overall.
The ordered pair of real numbers that two intersecting lines have in common is called the "point of intersection." This point represents the coordinates where the two lines meet on a Cartesian plane.
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.
If they are in the same plane, then they share a common plane. Did you mean to say common point. If that's the case where they are in the same plane, but do not share a common point, then they are parallel lines.
The lines are PARALLEL.
Through a given plane, an infinite number of lines can be drawn perpendicular to it. For any point on the plane, there exists exactly one line that is perpendicular to the plane at that point. However, since there are infinitely many points on the plane, this leads to an infinite number of perpendicular lines overall.
The ordered pair of real numbers that two intersecting lines have in common is called the "point of intersection." This point represents the coordinates where the two lines meet on a Cartesian plane.
They can be, but not necessarily. If two lines in the same plane never intersect, they are parallel. Though, two lines can exist in the same plane without being parallel. Ie, two lines that intersect at a 90 degree angle are perpendicular. Most lines in a plane aren't parallel.
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The term for lines in a plane that do not intersect is "parallel lines." Parallel lines maintain a constant distance from each other and will never meet, regardless of how far they are extended in either direction. In Euclidean geometry, parallel lines exist in the same plane and have the same slope.
paralell if they have no common points.
Parallel
Parallel.
The description given fits that of parallel lines