To answer your questions regarding the system of inequalities and the points provided, I would typically need to see the graph that you've mentioned. However, I can assist you in understanding how to determine the inequality symbols and whether particular points are solutions based on general rules.
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Inequality symbols for the lines:
- Solid line: If the line is solid, the inequality symbol is "≥" or "≤". This means that the points on the line are included in the solution set.
- Dotted line: If the line is dotted (or dashed), the inequality symbol is ">" or "<". This means that the points on the line are NOT included in the solution set.
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Testing points:
- To determine if a point is a solution to a system of inequalities, substitute the coordinates of the point into each inequality.
- If the inequality holds true for a particular inequality, then the point lies in the corresponding half-plane.
Now, let’s analyze the points you provided:
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For the point (-3, -5):
- Substitute -3 for x and -5 for y in each inequality and check if it satisfies them.
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For the point (1, -1):
- Substitute 1 for x and -1 for y in each inequality and check if it satisfies them.
Once you evaluate these points against the inequalities, you can conclude whether they are solutions.
Please provide additional information regarding the inequalities or describe the graph, and I'd be happy to assist you further!