Lets say your ordered pair is (1,2). You would first go one to the right and then two up. If it was (-1,-2) then you would go one left and then two down.
A point is plotted on the Cartesian Coordinate System firstly by the X axis and then the Y axis. Though in other words firstly to plot your point you find a number on the horizontal line and then a number on the vertical line. Once you have done that just intersect the 2 until they both meet up at a coordinate and you will get a plotted point.
A coordinate grid is made of up a horizontal X-axis and a vertical Y-axis. One uses the numbers along each axis to plot points. Points are listed as coordinates in an (X, Y) format. To graph a point on a coordinate grid you need to mark the point at which the X value and Y value intersect. For example, if you had a given point of (2, 5), you would find the line corresponding to 2 on the X-axis and you would find the line corresponding to 5 on the Y-axis. Wherever these two lines cross on the coordinate grid, you make a point. Simple as that!
In an ordered pair like (2, 5), the first number is the x-coordinate. It is the horizontal distance to the right from the Origin to that point.
On the 2-dimensional coordinate plane it is a point that is on the y-axis, two units of length away from the origin.
Plot the two points, and you'll see that they are not the same point. Remember that the first number is for the first coordinate (usually to the right), and the second number is for the second coordinate (usually upwards).
Lets say your ordered pair is (1,2). You would first go one to the right and then two up. If it was (-1,-2) then you would go one left and then two down.
It will move 6 units across the x axis then 2 units up parallel to the y axis on the coordinate plane.
To plot the points (1, 2), (2, 1), and (-2, 5) on a graph, you would start by drawing a horizontal x-axis and a vertical y-axis to create a coordinate plane. The x-axis represents the values of the first coordinate in each pair, and the y-axis represents the values of the second coordinate. To plot the point (1, 2), you would start at the origin (0, 0) and move 1 unit to the right along the x-axis and 2 units up along the y-axis. The point (2, 1) would be located 2 units to the right and 1 unit up from the origin, and the point (-2, 5) would be located 2 units to the left and 5 units up.
A point is plotted on the Cartesian Coordinate System firstly by the X axis and then the Y axis. Though in other words firstly to plot your point you find a number on the horizontal line and then a number on the vertical line. Once you have done that just intersect the 2 until they both meet up at a coordinate and you will get a plotted point.
No. In an ordered pair for a point in the xy-plane the first number is the x-coordinate and the second is the y-coordinate. (2, 5) is the point with an x-coordinate of 2 and a y-coordinate of 5; (5, 2) is the point with an x-coordinate of 5 and a y-coordinate of 2. Only if the x- and y- coordinates are equal are the points the same point. However, the point (5, 2) is the reflection of the point (2, 5) in the line y = x.
A coordinate grid is made of up a horizontal X-axis and a vertical Y-axis. One uses the numbers along each axis to plot points. Points are listed as coordinates in an (X, Y) format. To graph a point on a coordinate grid you need to mark the point at which the X value and Y value intersect. For example, if you had a given point of (2, 5), you would find the line corresponding to 2 on the X-axis and you would find the line corresponding to 5 on the Y-axis. Wherever these two lines cross on the coordinate grid, you make a point. Simple as that!
2
It is the point (-2, -3).
In an ordered pair like (2, 5), the first number is the x-coordinate. It is the horizontal distance to the right from the Origin to that point.
1- Linear plot: Straight forward plot. 2- Cicular plot: the plot begins in one point & goes back to the same point in a circle.
A coordinate grid is a grid that you plot points on. A coordinate grid is a 2-dimensional: system in which a location is described by its distance from two perpendicular lines called axes.