ab and bd
A vector.
The geometric term for the edge of a desk is a "line segment." In geometry, a line segment is a part of a line that is bounded by two distinct endpoints. In this case, the edge of the desk can be represented as a line segment where the two endpoints are where the edge begins and ends.
A line is a group of points on a straight path that extends to infinity on both sides and is represented by a straight line with arrows on both sides.A line segment is PART OF A LINE that has two endpoints and does not keep on extending. It is represented by a straight line with two points at both ends.A ray is also a PART OF A LINE that has one end point and one end that keeps on extending infinitely. It is represented by a straight line with a point at one end and an arrow on the other.
The midpoint of a segment is the point that divides the segment into two equal parts, meaning it is equidistant from both endpoints. Mathematically, if the endpoints of the segment are represented by coordinates ((x_1, y_1)) and ((x_2, y_2)), the coordinates of the midpoint can be calculated using the formula (\left(\frac{x_1 + x_2}{2}, \frac{y_1 + y_2}{2}\right)). This property is fundamental in geometry and helps in various applications, including bisecting segments and constructing geometric shapes.
Bisect a segment is to divide the line segment into 2
A vector.
Each segment of the circle graph represent a part of the whole.
Since B is located between A and C, you can just add the two lengths together, so AC = m + n.your segment looks like this:A----B----Cwhere AB=m, BC=n, and AC=m+n
A graph drawing in which each edge is represented by a polyline, each segment of which is parallel to a coordinate axis.
The geometric term for the edge of a desk is a "line segment." In geometry, a line segment is a part of a line that is bounded by two distinct endpoints. In this case, the edge of the desk can be represented as a line segment where the two endpoints are where the edge begins and ends.
A line segment is a straight path that connects two points. It is finite in length and does not extend infinitely in both directions, unlike a line. A line segment is commonly represented by a line with a start point and an end point.
A line is a group of points on a straight path that extends to infinity on both sides and is represented by a straight line with arrows on both sides.A line segment is PART OF A LINE that has two endpoints and does not keep on extending. It is represented by a straight line with two points at both ends.A ray is also a PART OF A LINE that has one end point and one end that keeps on extending infinitely. It is represented by a straight line with a point at one end and an arrow on the other.
A line segment in math is a straight line that connects two points. It has a starting point and an ending point, and it does not continue infinitely in both directions like a line does. A line segment is represented by a line with a starting point and an ending point marked with endpoints.
A triangle, with one of the complex numbers represented by a line from the origin to the number, and then move from that point up and over the amount of the next complex number. Then draw a line segment from the origin to the final point.
As long as the line represented on the graph has no vertical segments then it may be represented by a function. * * * * * That is not enough. y = sqrt(x) has no vertical segments but it is not a function in the mathematical sense. A function cannot map an x value to more than one y value. Clearly, the above function maps x to -sqrt(x) and +sqrt(x) and so is not a function. However, there no vertical segment. No matter how close you get to x = 0, there is still a curve and the segment is not vertical.
In mathematics, a 1-dimensional object is an object that can be represented as a line segment. In physics, a particle can be considered as a 1-dimensional object because its position is described by a single coordinate.
Nothing "does" a segment and, being inanimate, a segment does nothing.