Rays aren't really lines, since (Euclidean) lines extend infinitely in all directions, so they can't be parallel lines.
But that's to fret a bit too much over the wording. Yes, rays, just like lines and line segments, can be parallel to other rays, lines, or line segments.
chico
Parallel lines never ever meet with each other
Skew lines, parallel lines or an angle.
if they are parallel -- no. if not parallel -- yes
Yes, two segments or rays in the same plane are considered parallel if the lines that contain them are parallel. This means that the segments or rays will never intersect, regardless of how far they are extended. The concept of parallelism is based on the idea that the two lines maintain a consistent distance apart in the plane.
If the slope of the lines are the same, it show that the lines are parallel.
Rays pass through one point. Parallel lines never meet.
chico
Parallel lines never ever meet with each other
No, parallel lines cannot ever intersect. The have identical slopes. Therefore, they will always remain parallel.
Skew lines, parallel lines or an angle.
lines
if they are parallel -- no. if not parallel -- yes
Yes, two segments or rays in the same plane are considered parallel if the lines that contain them are parallel. This means that the segments or rays will never intersect, regardless of how far they are extended. The concept of parallelism is based on the idea that the two lines maintain a consistent distance apart in the plane.
Yes but parallel lines wont ever touch.
Not at all. If they touch, then they can't be parallel
This depends on how you define ray. If two rays means two distinct lines radiating from a single point, then they can't be parallel in Euclidean geometry.