To determine which option correctly shows a polygon drawn using the coordinates \((-1, -4)\), \((3, -2)\), and \((3, -5)\), let's analyze the provided coordinates:
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Plotting the points:
- \((-1, -4)\) is in the third quadrant.
- \((3, -2)\) is in the fourth quadrant.
- \((3, -5)\) is in the fourth quadrant, directly below \((3, -2)\).
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Forming the shape: The coordinates create a shape where:
- Point \((-1, -4)\) connects to \((3, -2)\) and then to \((3, -5)\).
- This configuration suggests a right triangle, where \((3, -2)\) and \((3, -5)\) share the same x-coordinate.
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Looking at the options:
- The correct option will include the vertices exactly as listed above.
The option that correctly reflects the coordinate points is: "A coordinate plane with 4 quadrants shows the x and y axes ranging from negative 6 to 6 in unit increments. A triangle is formed by joining three plotted points. The coordinates of the vertices of the triangle are as follows: \((-1, -4)\), \((3, -2)\), and \((3, -5)\)."
This option directly matches the coordinates you provided and correctly describes the configuration of those points on the coordinate plane.