It is a perpendicular bisector line
It is perpendicular line segment
A segment that intersects the midpoint of another segment and is perpendicular to it is known as the "perpendicular bisector." This line segment divides the original segment into two equal parts at the midpoint and forms right angles (90 degrees) with the original segment. The perpendicular bisector has important properties in geometry, particularly in triangle constructions and circumcircles.
No, a segment is not necessarily perpendicular. A segment is simply a straight line connecting two points. A perpendicular segment would be a segment that forms a right angle with another segment or line.
An altitude.
The line that divides a segment into two congruent segments is called the perpendicular bisector. This line intersects the segment at its midpoint and forms right angles with the segment, ensuring that the two resulting segments are equal in length.
It is perpendicular line segment
It is perpendicular line segment
Perpendicular Bisector
It is a perpendicular bisector line
A segment that intersects the midpoint of another segment and is perpendicular to it is known as the "perpendicular bisector." This line segment divides the original segment into two equal parts at the midpoint and forms right angles (90 degrees) with the original segment. The perpendicular bisector has important properties in geometry, particularly in triangle constructions and circumcircles.
It is called a perpendicular bisector.
Because you suck your mother's dick
No, a segment is not necessarily perpendicular. A segment is simply a straight line connecting two points. A perpendicular segment would be a segment that forms a right angle with another segment or line.
hypotenuse
An altitude.
The line that divides a segment into two congruent segments is called the perpendicular bisector. This line intersects the segment at its midpoint and forms right angles with the segment, ensuring that the two resulting segments are equal in length.
If the vertex is at the centre of the circle then this forms a sector of the circle.If the two endpoints and the vertex form an angle in a segment, then the vertex can be at any point on the circle within the same segment and all angles so formed are equal.