In 2D geometry, that is the definition of parallel lines. Two non-intersecting lines are indeed parallel.
intersecting lines are lines that block each other.
CorrectParallel lines as well as intersecting lines must be coplanar (in Euclidean geometry not quite sure about hyperbolic geometry...).Lines in space which neither are coplanar nor intersecting are called "skew"
Line segments, perpendicular lines, and intersecting lines.
intersecting, parallel, acute, right ,obtuse, straight, perpendicular, reflex
In 2D geometry, that is the definition of parallel lines. Two non-intersecting lines are indeed parallel.
intersecting lines are lines that block each other.
A-b_
CorrectParallel lines as well as intersecting lines must be coplanar (in Euclidean geometry not quite sure about hyperbolic geometry...).Lines in space which neither are coplanar nor intersecting are called "skew"
That is 'confluence'.
Two or more lines that meet at a point are called intersecting lines.
In Euclidean plane geometry, two lines which are perpendicular not only can but must intersect. (I believe the same is true for elliptic geometry and hyperbolic geometry.)
Line segments, perpendicular lines, and intersecting lines.
Since probability is not a geometric concept, there is no definition for it in geometry.
intersecting, parallel, acute, right ,obtuse, straight, perpendicular, reflex
I'm not entirely certain what you're asking. Any pair of intersecting lines are of necessity coplanar, (assuming Euclidean geometry) though.
Definition of geometry in daily life is the use of geometry that is useful or practical in life. This might mean using geometry to build things like a carpenter.