a flag post. It goes up and down and not side to side like a horizontal line.
Yes, a curved line can become vertical at certain points, depending on its shape and the context. For example, in calculus, the tangent line to a curve can be vertical at points where the derivative is undefined, such as at a cusp or vertical asymptote. However, the entire curve itself remains a continuous line and does not become vertical over a segment.
an example would be if you had line AB who's points are (5,3) and another at (1,5). Connecting diagonally. If you were to put a vertical line anywhere between the points. it only goes through one point. Making it a function.
A vertical line!
A vertical parallel line is a straight line that runs up and down on a graph, maintaining a constant x-coordinate. Since parallel lines have the same slope, a vertical line, which has an undefined slope, will have another vertical line that shares the same x-coordinate but can have any y-coordinate. For example, the lines x = 2 and x = 5 are both vertical and parallel to each other.
A vertical line is neither positive nor negative because the slope is undefined. An undefined slope creates a vertical line, hence no slope to calculate. An example of a vertical line would be x=2 or a "slope" of 2/0 (undef. slope). In addition, a vertical line is not even a function because it has repeating input(x) values.
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no
A vertical line is drawn parallel to the Y-Axis. An example of an equation that is a vertical line is x = 3. In architecture, it is drawn perpendicular to the horizon line, regardless of the aspect ratio.
A vertical line is drawn parallel to the Y-Axis. An example of an equation that is a vertical line is x = 3. In architecture, it is drawn perpendicular to the horizon line, regardless of the aspect ratio.
for example a straight line.(is it straight up and down)
"The" vertical line is wrong; there are lots of vertical lines on a coordinate plane. In the usual x-y coordinate system, such a line has an equation of the form:x = a (for some constant "a"); for example: x = 3
The bisector of a segment is a line that cuts the segment into exact half. For example, if the vertical line bisects the horizontal line in " T ", the vertical line cuts touches the horizontal line at the midpoint of the horizontal line
an example would be if you had line AB who's points are (5,3) and another at (1,5). Connecting diagonally. If you were to put a vertical line anywhere between the points. it only goes through one point. Making it a function.
for example a straight line.(is it straight up and down)
A vertical line!
WHY THE LINE X=4 IS A VERTICAL LINE.
A horizontal line is perpendicular to a vertical line.