A line segment with end points has a midpoint which is in the middle of it.
A line is infinite but a line segment has end points and a midpoint
A line segment is defined as having endpoints with the midpoint of the line at its centre
The final step in bisecting a line segment is to draw a line through the two intersection points of the arcs created from each endpoint. This line should intersect the original segment at its midpoint, effectively dividing the segment into two equal parts. You can then label this midpoint if necessary.
Yes, the midpoint of a given line segment must lie on that line segment. The midpoint is defined as the point that is equidistant from both endpoints of the segment, effectively dividing it into two equal parts. Therefore, by definition, the midpoint cannot exist outside of the line segment itself.
A line segment with end points has a midpoint which is in the middle of it.
The midpoint divides a line segment in half.
A line that intersects a segment at its midpoint bisects the segment.
On method would be to find the midpoint of the line segment and then to find the mid points of each of the halves.
85
(-3,8)
A line is infinite but a line segment has end points and a midpoint
A line segment is defined as having endpoints with the midpoint of the line at its centre
If you mean points of (-2, 3) and (10, 3) then the midpoint is (4, 3)
All bisectors intersect the line segment at the midpoint. There can be multiple bisectors, intersecting at the midpoint at different angles, but they all intersect the line segment at its midpoint. The midpoint separates the line segment into two equal halves.
Midpoint of line segment: (6, -2.5) Median line points: (6, -2.5) and (0, 0) Length of median line: 6.5
The point that is equal distance from the endpoints of a line segment is the midpoint.