A point is an undefined term. But given two points, they can be joined using a line segment.
In terms of Euclidian geometry, no lines have end points. A line segment has end points, as it is a section of a defined line of points.
A line with arrows on both ends is called a "line segment" or simply a "line." In geometry, it represents an infinite collection of points extending indefinitely in both directions. This is different from a "line segment," which has defined endpoints.
In geometry a line is thought of as extending infinitely in both directions. A line segment is part of a line.
A line segment is a line that has given boundries, while a line goes on forever.
A point is an undefined term. But given two points, they can be joined using a line segment.
The problem is that the width of a line is zero. No drawing instrument can manage that!
In terms of Euclidian geometry, no lines have end points. A line segment has end points, as it is a section of a defined line of points.
the line in geometry is a line segment that never ends
A line with arrows on both ends is called a "line segment" or simply a "line." In geometry, it represents an infinite collection of points extending indefinitely in both directions. This is different from a "line segment," which has defined endpoints.
A line segment in geometry is a distinctive line that has end points.
In geometry a line is thought of as extending infinitely in both directions. A line segment is part of a line.
A line segment is a line that has given boundries, while a line goes on forever.
The points where a line begins and ends are called endpoints. In geometry, a line segment is defined by its two endpoints, which are the specific locations that mark the start and finish of the segment. Unlike a line, which extends infinitely in both directions, a line segment has a definite length determined by its endpoints.
that would be a line and lines do not exist in spherical geometry
The length of a line segment can indeed be measured, as it is defined as the distance between its two endpoints. This measurement can be accomplished using various tools, such as a ruler or a measuring tape. However, if the line segment is defined in a mathematical context, such as in abstract geometry, its length may be represented symbolically rather than physically measured. Ultimately, in practical terms, the length of a line segment can always be quantified.
A line segment has endpoints and a midpoint.