Infinitely many perpendicular bisectors can be drawn to a given ray.
Why the statement is false
Know the shapes first.
( ext{A ray})
starts at one point and goes on forever in one direction.
( ext{A line segment})
has two endpoints and a fixed length.
What is a perpendicular bisector?
It is a line that:
(perp ext{ means “perpendicular”.})
( ext{Midpoint } M ext{ is the point halfway between the two endpoints.})
Key idea: The definition needs a segment (two endpoints) to have a midpoint.
A ray has only one starting point and no second endpoint.
So a ray has no midpoint.
Therefore: “Perpendicular bisector of a ray” is not defined, because there is nothing to bisect.
You cannot draw even one perpendicular bisector of a ray, let alone infinitely many.
Extra clarity (about segments):
If you take a specific segment, it has a unique perpendicular bisector.
( ext{Exactly one for each fixed segment.})
Conclusion: The statement “Infinitely many perpendicular bisectors can be drawn to a given ray” is
(oxed{ ext{False}})