y = 3x =3(6) = 18 ... the ordered pair is (x,y) = (6,18)
The answer depends on the variables plotted in the graph.
You plot the equation as a graph. Every one of the infinitely many points on the graph is a solution.
There are many different ordered pairs for this. To figure it out, make up a value for x. Then plug it into the equation and solve to find y. You can use any number. For example, if x=2, then your equation would be 3(2)+1. Solve that and you get 7 for the answer (y). if x=2, then y=7 so one of the ordered pairs would be (2,7).
13
Any ordered pair that satisfies y = 22 - X is a solution.
The answer depends on the variables plotted in the graph.
You plot the equation as a graph. Every one of the infinitely many points on the graph is a solution.
There are many different ordered pairs for this. To figure it out, make up a value for x. Then plug it into the equation and solve to find y. You can use any number. For example, if x=2, then your equation would be 3(2)+1. Solve that and you get 7 for the answer (y). if x=2, then y=7 so one of the ordered pairs would be (2,7).
13
16
1.Put into y=mx=b 2.graph 3. find ordered pair where the lines intersect
Any ordered pair that satisfies y = 22 - X is a solution.
(2,3)
(0,7)
solve for y so if x + y = 0 then y = -x
The shaded area of the graph of an inequality show the solution to the inequality. For example, if the area below y = x is shaded it is showing those ordered pairs which solve y < x.
7