-- The beginning point of a line can be any one of the 10 points. For each of these ...-- The end point of the line can be any one of the remaining 9 points.So there are (10 x 9) = 90 ways to form a line with 2 of 10 non-colinear points.But once a line is drawn, there's no difference between it and the one that was drawn in the opposite direction between the same two points. So the 90 ways of forming lines actually produce (90 / 2) = 45 unique line segments.
10 collinear points form one set of overlapping line segments, of which there are 45.
Use two line segments (line A and line B) with all points on line A equidistant from all points on line B; in otherwords, use 2 parallel lines. Choose two points on line A (points a and b). Now choose 2 points on line B (x and y) so that the distance of line ab equals the distance of line xy. Connect points a and y with a line segment ab and points b and z with a line segment bz. In simpler words, take two parallel line segments of equal length, and connect their endpoints with two other line segments.
That seems to be true. Sides pretty much are line segments, and the angles are the end points.
A triangle, but only if the line segments are straight.
There is only one line (or line segment) that can be drawn between two distince points.
One
66 ( 12 nCr 2 )
line segments
twenty
It is a concave figure, which can only be formed in figures with four or more lines (quadrilaterals and above).
This is known as a line segment. A line segment is the part of a line between two equal points.
Chord.
A circle.
Line segments can be broken down into points.
They have end points
Isotomic refers to points that have equal distance from two given points. In geometry, these points lie on the perpendicular bisector of the line segment connecting the two given points.