To match the inequalities with their corresponding graphs, let's analyze what each inequality represents:
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y ≤ ax + b: This inequality includes the line (solid line) and the region below it. The graph would be a solid line with the area below it highlighted red.
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y < ax + b: This inequality does not include the line (dotted line) and the area below it is highlighted red. The graph would be a dotted line with the area below it shaded.
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y > ax + b: This inequality does not include the line (dotted line) and the area above it is highlighted red. The graph would be a dotted line with the area above it shaded.
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y ≥ ax + b: This inequality includes the line (solid line) and the area above it is highlighted red. The graph would be a solid line with the area above it shaded.
Now, let's match these descriptions with the graphs provided:
- a: Dotted line going through (-5,-5) and (5,5) with upper left half highlighted red. This matches y < ax + b.
- b: Dotted line going through (-5,-5) and (5,5) with bottom right half highlighted red. This matches y > ax + b.
- c: Solid line going through (-5,-5) and (5,5) with bottom right half highlighted red. This matches y ≤ ax + b.
- d: Solid line going through (-5,-5) and (5,5) with upper left half highlighted red. This matches y ≥ ax + b.
So the matches would be:
- y ≤ ax + b: c
- y < ax + b: a
- y > ax + b: b
- y ≥ ax + b: d