The midpoint of a line can be found easily by using the midpoint formula. Find the length of the line and simply divide it in two.
It is 12.
A line segment cannot have more than one midpoint or else you will be creating multiple line segments that are connected to each other. A line segment can only have one midpoint.
the median is drawn from the vertex to the midpoint of the opposite side
bisector
The midpoint of a line can be found easily by using the midpoint formula. Find the length of the line and simply divide it in two.
A midpoint is in the middle of the line but does not bisect it because it is just a point on that line and does not cross the line.
Definition of midpoint: a point, line, or plane that bisects a line so that AB=BC Midpoint theorem: a point, or plane that bisects a line so that line AB is congruent to line BC. A-----------------------------------------------B----------------------------------------------------C The definition of midpoint refers to equality, while midpoint theorem refers to congruency.
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.
No. The midpoint of a line is the middle point on the line, while the slope is a measure of how the line is oriented.
A line that intersects a segment at its midpoint bisects the segment.
it gives you the midpoint of the line segment you use the formula for
There is no name for it except "A line perpendicular to a line segment and passing through its midpoint".
It is 12.
Average the x and y (and z if there is one) coordinates to find a midpoint of a line.
A line segment cannot have more than one midpoint or else you will be creating multiple line segments that are connected to each other. A line segment can only have one midpoint.
A line segment with end points has a midpoint which is in the middle of it.