# Write an inequality that represents the graph

Some specific examples of solutions to the inequality include 0, 08, -2and 1, So it's all the area y is going to be greater than or equal to this line. Let's say that x is equal to 2. Some specific examples of solutions to the inequality include 1, 2, 3, 7, and Graphing Solutions to Inequalities in One Variable A solution of an inequality is any value that makes the inequality true.

## Write an inequality that represents the graph

Choose an ordered pair on both sides of the graphed line. Graph the equation of the line for the inequality. This indicates that all real numbers greater than or equal to 0 are solutions to the inequality. I know that, because they shaded in this whole area up here. This indicates that all real numbers less than or equal to 2 are solutions. Some specific examples of solutions to the inequality include , -8, -1, 0, and 1. And just to reinforce, you could have done this anywhere. So that's what we have for the inequality. So here they've graphed a line in red, and the inequality includes this line because it's in bold red. Graphing Solutions to Inequalities in One Variable A solution of an inequality is any value that makes the inequality true. We can figure out its y-intercept just by looking at it. Some specific examples of solutions to the inequality include 0, 0 , 8, -2 , and 1,

In this case the set of solutions to the inequality include all real numbers less than 8. Now, this inequality includes that line and everything above it for any x value.

That is the inequality that is depicted in this graph, where this is just the line, but we want all of the area above and equal to the line.

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