A line segment connects two endpoints.
An unbroken part of a circle consisting of two endpoints on the circle and all the points between them is called a "chord." The chord connects the two endpoints, and the arc formed by the endpoints on the circle is the corresponding arc of the chord. Together, they define a segment of the circle's circumference.
An arc that connects to the endpoints of a diameter is known as a semicircle. This arc represents half of a circle and is formed by the points on the circle that lie between the two endpoints of the diameter. The diameter itself divides the circle into two equal halves, and the semicircle is the curved line connecting these points.
endpoints!! endpoints!!
two endpoints
the two endpoints of a line make a line segment. endpoints are just endpoints
A line segment has two endpoints.
A line segment has endpoints
A line segment has two endpoints
A chord is the part of a circle defined by two endpoints.
An angle has two endpoints and a single vertex.
If a point lies on a segment whose endpoints are on the sides of an angle but is not an endpoint of the segment, it is located within the interior of the angle. Specifically, the point is positioned between the two sides of the angle, along the line segment that connects the two endpoints. This means the point is still constrained within the angular region defined by the sides of the angle.
A line segment has two endpoints and can be represented by two arrows, one pointing in each direction from the endpoints. However, in mathematical notation, a line segment is typically indicated without arrows, while a line is represented with arrows on both ends to show it extends infinitely. Therefore, if you consider arrows as indicators of direction, a line segment effectively has no arrows, but conceptually can be associated with the two endpoints it connects.