A line segment is a line that has a point at the beginning and at the ending
line graph
A line graph, not surprisingly!
there are infinitely many segments in a line.
Perpendicular line segments are line segments that cross with each other and form angles of 90 degrees.
It is called a time plot.
Line segments are incredibly useful, and they essentially shape our world. Without them, there would be no edges and no shapes!
The following is the answer.
Triangle diamonds and parallelogram
Typically line segments are used to form shapes such as triangles or squares, etc.
Plain shapes are typically defined by their line segments and angles. A polygon, for instance, is a plain shape consisting of a finite number of line segments (sides) connected end-to-end, forming a closed figure. The number of angles in a polygon corresponds to the number of sides, with each vertex where two sides meet forming an angle. For example, a triangle has three line segments and three angles, while a square has four line segments and four angles.
A set of points, lines, line segments, rays or any other geometrical shapes that lie on the same plane.
Geometry is based on lines (line segments, chords) and angles (the intersection of line segments) and the mathematical relationships between them. It includes shapes formed by straight line segments (polygons) and by curves (circle, ellipse, parabola, hyperbola). In three dimensions, these relationships are extended to polyhedrons (3D shapes) and curved forms such as spheres and cylinders.
line graph
rectangle, octagon, hexagon
A line graph, not surprisingly!
When two line segments have equal length, they are called congruent line segments. Congruence indicates that the segments can be superimposed onto each other, meaning they have the same size and shape. This concept is fundamental in geometry, particularly in the study of shapes and their properties.
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.