All of the points on a perpendicular bisector are equidistant from the endpoints of the segment.
A perpendicular segment refers to a line that cuts another at right angle (90 deg). A perpendicular bisector refers to a line that cuts another at right angle while splitting the two sides equally. In short, it is just a 90 degree line in the midpoint (exact centre) of the other line
It's the single point from which all others are equally distant.
When a ray divides an angle(Which is formed by 2 straight lines) in half that is equally on both the sides, it is termed as Angle Bisector.
A sphere is any round object having the surface equally distant from the center at all points in all directions.
I am a geometric solid with one face that is curved. My surface is equally distant from my center at all points. What am I?
The description seems a bit confusing (to me) but it sounds like it could be a perpendicular bisector of a side of a triangle.
A perpendicular segment refers to a line that cuts another at right angle (90 deg). A perpendicular bisector refers to a line that cuts another at right angle while splitting the two sides equally. In short, it is just a 90 degree line in the midpoint (exact centre) of the other line
A line which divides a shape in two is called a bisector.
Equidistant-just remember "equally distant."
It's the single point from which all others are equally distant.
The word parallel is an adjective. It means to be equally distant at all points.
a clock or a cake? they're both round and if you slice a piece of cake equally, you just bisect it, creating 2 congruent angles! =)
When a ray divides an angle(Which is formed by 2 straight lines) in half that is equally on both the sides, it is termed as Angle Bisector.
Having the same space between. See the related link for more information.
A sphere is any round object having the surface equally distant from the center at all points in all directions.
This is the center of the circle. From the center of the circle, all the points on the circle are equally distant.
Every point on that particular meridian is equally distant from any point you choose on the Prime Meridian.