The points given appear to be formatted incorrectly, but if we interpret them as coordinates, we can assume they are (-12, 22), (2, -1), and (-1, -1). When these points are connected on a coordinate plane, they form a triangle, as there are three distinct points. The specific shape and area of the triangle can be determined by calculating the distances between the points and applying the triangle area formula if needed.
When the coordinates of a figure are added, the figure is translated or shifted in the coordinate plane. For example, if you add a constant value to each coordinate of the figure's points, it moves uniformly in the direction of that value. This transformation does not change the shape, size, or orientation of the figure; it simply relocates it to a different position.
To translate a figure in a coordinate plane, you shift all its points by the same horizontal and vertical distances. This is done by adding a specific value to the x-coordinates and a specific value to the y-coordinates of each point. For example, to translate a figure 3 units to the right and 2 units up, you would add 3 to each x-coordinate and 2 to each y-coordinate. The overall shape and orientation of the figure remain unchanged during the translation.
the coordinate plane is a map of points
Most functions are continuous (connected line), and not just two points... 2 points are simply just coordinates on a graph, and would be very hard (perhaps impossible) to make into a function (unless you have a restricted domain) I may be wrong, but I don't think I am A function has to be a graph that can be expressed through an equation, and only has a max of one y coordinate for each x coordinate, although it may have zero
All points whose y-coordinate is twice its x-coordinate.
Scale factor
Cartesian coordinate system
When the coordinates of a figure are added, the figure is translated or shifted in the coordinate plane. For example, if you add a constant value to each coordinate of the figure's points, it moves uniformly in the direction of that value. This transformation does not change the shape, size, or orientation of the figure; it simply relocates it to a different position.
To translate a figure in a coordinate plane, you shift all its points by the same horizontal and vertical distances. This is done by adding a specific value to the x-coordinates and a specific value to the y-coordinates of each point. For example, to translate a figure 3 units to the right and 2 units up, you would add 3 to each x-coordinate and 2 to each y-coordinate. The overall shape and orientation of the figure remain unchanged during the translation.
If the reference points are not correct, the location of any coordinate will be incorrect.
the coordinate plane is a map of points
A graph that is not a function, fails the vertical line test. You can draw it by connected all ordered pair of points in a rectangular coordinate system.
Most functions are continuous (connected line), and not just two points... 2 points are simply just coordinates on a graph, and would be very hard (perhaps impossible) to make into a function (unless you have a restricted domain) I may be wrong, but I don't think I am A function has to be a graph that can be expressed through an equation, and only has a max of one y coordinate for each x coordinate, although it may have zero
Y-axis is the set of all points with x coordinate zero.
All points whose y-coordinate is twice its x-coordinate.
In the figure, a line through points C and D will represent the linear relationship between those two points in a coordinate system. This line can be described using the slope-intercept form if the coordinates of points C and D are known. Additionally, the line can be used to predict values or analyze trends related to the data represented by those points.
It describes points on a plane.