No, it has two. A ray has one end point.
A line segment cannot have more than one midpoints because the midpoint is the halfway point between (or the middle of) the line segment, and the midpoint is exactly halfway between the beginning and exactly halfway between the end of the line segment, not a third of the way, etc.
That's a tangent to the circle.
on any ray,there is exactly one point at a given distance from the endpoint of the ray
No as it has only one end point.
No, it has two. A ray has one end point.
The radius
A line segment cannot have more than one midpoints because the midpoint is the halfway point between (or the middle of) the line segment, and the midpoint is exactly halfway between the beginning and exactly halfway between the end of the line segment, not a third of the way, etc.
No it has two points otherwise it would just be a point you need two points to make a segment
No, because Segment Construction Postulate may be use in any rays,there is exactly one point at a given distance from the end of the ray and in Segment Addition Postulate is is you may add only the Lines.
That's a tangent to the circle.
on any ray,there is exactly one point at a given distance from the endpoint of the ray
No as it has only one end point.
Every line segment has exactly one bisection point - not "at least one".A line segment has a length that is a finite real number, x, of some measurement units. Every real number can be divided by 2 to give another real number, y. Therefore y = x/2 or x = 2y.A point that is y units from one end of the line will also be x - y = 2y - y = y units from the other end. That is the point is the bisection point.
A line with an arrow on one end. Looks almost exactly like the symbol for a line segment, just with the arrow on one end.
A line segment is a line between two points, while rays only has one end point and goes infinitely from that point in a direction.
Adjust a compass so the distance between the point and the pencil is more than half of the length of the segment. With the point at one end of the segment draw an arc that intersects the segment. Without adjusting the compass, with the point at the other end of the segment draw an arc that intersects the first arc at two places. The line that includes those two intersecting points is the perpendicular bisector.