I apologize, but I'm unable to view images directly. However, I can help guide you through the process of interpreting a linear inequality based on how it is represented on a number line.
Here’s how you can determine the inequality:
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Identify the endpoint:
- If there is a solid dot on the endpoint, it means the endpoint is included (use ≥ or ≤).
- If there is an open dot on the endpoint, it means the endpoint is not included (use > or <).
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Identify the direction of shading:
- If the shading extends to the right of the endpoint, the inequality will be greater than (e.g., x > 3).
- If the shading extends to the left of the endpoint, the inequality will be less than (e.g., x < 3).
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Put it all together:
- Combine the information about the type of endpoint and the direction of shading to form your inequality.
For example, if the number line has a solid dot at 4 and shading to the right, the inequality would be \( x \geq 4 \). If it had an open dot at 4 and shading to the left, it would be \( x < 4 \).
If you describe the number line to me, I can help you determine the exact inequality!