So that the arcs constructed are at midpoint of the line segment to be bisected.
No number lines are infinite in length. If you have a section of the line, a segment, then the midpoint is the average of the lower and the higher value: (L> + H) / 2 (Lower value plus higher value divided by two) Note that if either of the values is less than zero you will have to think a little harder to get the absolute distance between them!
It would look like a hut.
There can only be one line segment between two points. If you only have two points, there's no way to create more than one line from one to the other without adding another point.
A hammer! A pneumatic drill! Anything other than a compass and a straight line (unmarked ruler).
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 cannot have more than one midpoints because the midpoint is the halfway point between (or the middle of) the line segment, and the midpoint is exactly halfway between the beginning and exactly halfway between the end of the line segment, not a third of the way, etc.
No, because if there is more than one midpoint then it will be like multiple line segments connected together. You can't have two midpoints or more, but you can have one to divide the line segment in half.
So that the arcs constructed are at midpoint of the line segment to be bisected.
A line segment has one more point than a ray
A line extends forever into space and a line segment is a segment or part of a line, so a line is longer than a line segment.
That means that it is not a line segment.
First, it needs to be a line segment: a line is infinitely long and so has no midpoint.Suppose the line to be bisected is AB. Place the point of a pair of compasses at A with an arc which is greater than half AB. Draw arcs above and below the line segment. Then, move the compass point to B and without changing the arc width, draw fresh arcs to intercept the previous ones at points X and Y. The intersection of the line segment XY and AB is the midpoint of AB.
If the line segment is 1 inch shorter than the other line segment in Hopeton, then the length of the line segment would be 1 inch less than the length of the other line segment. So, if the other line segment is x inches long, then this line segment would be x - 1 inches long.
No number lines are infinite in length. If you have a section of the line, a segment, then the midpoint is the average of the lower and the higher value: (L> + H) / 2 (Lower value plus higher value divided by two) Note that if either of the values is less than zero you will have to think a little harder to get the absolute distance between them!
A line is continuous with no ending whereas a line segment is defined as having end points.
No. the arrow end comprises more than one straight line segments.