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A.REI.D.12a - Graphing Solutions to Linear Inequalities
A.REI.D.12a - Graphing Solutions to Linear Inequalities
A.REI.D.12a - Graphing Solutions to Linear Inequalities
Categorizer  (1)
Fill in the gap  (3)
Hot Spot  (2)
Checkboxes  (1)
Multiple Choice  (3)
Free Text  (1)

11 Questions

CCSS.Math.Content.HSA.REI.D.12
STIM.A.Algebraic
STIM.B.Visual Analysis
STIM.D.Claims
STIM.E.Explain Steps/Thinking
STIM.F.Find and Correct Errors
STIM.G.Graphing/Item Interaction
STIM.I.Comparing
STIM.J.Categorizing
STIM.L.Convert Visuals to Expressions, Equations, or Inequalities
STIM.N.Simplifying
STIM.O.Situational Analysis
1

A.REI.D.12a - Graphing Solutions to Linear Inequalities

2

Which inequality represents the graphed solution set?

3

Which statement best describes the solution set of the inequality shown below?

4

A graph has a dashed boundary line

5

Sarah makes friendship bracelets. The graph below represents the number of bracelets sold (x) and her revenue (y, in dollars).

6

You want the shaded region of y < –x + 2 to no longer include the origin (0, 0).

7

A student is graphing the linear inequality shown below.

8

The graph shows the boundary line of a linear inequality. The solution region is not shaded.

9

For each inequality, select the category that best describes how its graphed solution set compares to the graphed inequality.

10

Ava makes the following claim:

11

Leo makes the claim that if two inequalities share the same boundary line on a graph, the shaded regions will always overlap.

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