Which pair. Of line is parallel fghj
Many polygons, such as squares, rectangles, rhombi, parallelograms, etc. have more than 1 pairs of parallel line segments. Trapezoids have only 1 pair of parallel line segments. These few shapes are just quadrilaterals, other polygons also have more than 1 pair of parallel line segments (e.g. regularhexagons, octagons, etc.). Triangles never have any parallel line segments.
Yes, it has sides that are straight line segments. Exactly one pair of opposite sides is parallel. Polygons do not have curved sides.
1 pair of parallel lines
Each of the eight line segments is perpendicular to 2 line segments. So there are 8 pair in all.
The answer is that the parallel lines extend infinitely in both directions, and the line segment has two endpoints.
There is no specific name - other than what you used: "a pair of parallel line segments".
Many polygons, such as squares, rectangles, rhombi, parallelograms, etc. have more than 1 pairs of parallel line segments. Trapezoids have only 1 pair of parallel line segments. These few shapes are just quadrilaterals, other polygons also have more than 1 pair of parallel line segments (e.g. regularhexagons, octagons, etc.). Triangles never have any parallel line segments.
Exactly one pair.
Pair of radii
The letter - H
Yes. (Ex. a trapezoid)
name one pair of perpendiclur line segments?
A trapezoid has 1 pair of opposite parallel lines of different lengths.
Yes, the Converse of the Intercept Theorem states that if two lines are intersected by a pair of parallel lines, then the segments formed on the intersected lines are proportional. In other words, if two lines are cut by a pair of parallel lines and the segments created on one line are proportional to the segments created on the other line, then the lines must be parallel. This theorem is particularly useful in geometry for proving the parallelism of lines based on segment ratios.
Yes, it has sides that are straight line segments. Exactly one pair of opposite sides is parallel. Polygons do not have curved sides.
A pair of perpendicular line segments is not shown among the pictures you've submitted.
Technically, lines are continuous, so parallelograms are actually composed of line segments. The line segments composing the sides of the parallelogram, come in two pairs in 2D space. Each pair is composed of two line segments that are parallel to each other, but do not occupy the same line. The two pares of line segments must all meet to then form a quadrilateral.