Math Problem Statement
Which inequality is represented by the graph shown?
Explain why your choice is correct, compared to the other choices.
Solution
The graph in the image shows a number line with points marked at -8, -2, and a line segment connecting these points. This suggests the inequality involves absolute value.
The given options are:
Analyzing the Inequality
To determine the correct inequality, let's consider each option and what it represents on a number line:
-
:
- This means the distance from is less than .
- The solution would be: .
- Subtract from all parts: .
- This doesn't match the segment between and .
-
:
- This means the distance from is less than or equal to .
- The solution would be: .
- Subtract from all parts: .
- This also doesn't match the segment between and .
-
:
- This means the distance from is more than .
- The solution would be: or .
- Subtract from all parts: or .
- This doesn't match the segment between and .
-
:
- This means the distance from is more than or equal to .
- The solution would be: or .
- Subtract from all parts: or .
- This also doesn't match the segment between and .
Correct Inequality
The inequality that matches the given graph is:
Explanation:
- The graph shows a closed interval .
- This represents all values such that the distance from is less than or equal to .
- The correct inequality is .
Would you like further details or have any questions?
Relative Questions:
- What is the general solution for the inequality ?
- How do you graph on a number line?
- Can you explain why and have different solution sets?
- How would the graph change if the inequality were ?
- What are the steps to solve absolute value inequalities?
Tip:
When solving absolute value inequalities, remember to consider both the positive and negative scenarios to find the complete solution set.
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Math Problem Analysis
Mathematical Concepts
Algebra
Absolute Value Inequalities
Formulas
|x + a| ≤ b
|x + a| < b
|x + a| ≥ b
|x + a| > b
Theorems
Absolute Value Inequality Theorem
Suitable Grade Level
Grades 7-9