The image you've provided shows a graph with two line segments $\overline{IJ}$ and $\overline{KL}$ plotted on a coordinate plane. To reflect these line segments over the line $y = -3$, let's go through the process:

Steps to Reflect the Line Segments

1. Identify the Coordinates:

   • Determine the coordinates of points $I$, $J$, $K$, and $L$ from the graph.

2. Reflect Each Point:

   • To reflect a point $(x, y)$ over the line $y = -3$, use the reflection rule: $y' = -3 - (y + 3) = -6 - y$
   • This gives the new $y'$ coordinate for each point, while the $x$ coordinate remains the same.

3. Draw the Reflected Line Segments:

   • Plot the new points $I'$, $J'$, $K'$, and $L'$ on the graph.
   • Draw the line segments $\overline{I'J'}$ and $\overline{K'L'}$ connecting the reflected points.

I will generate the reflected image based on the visual information from your uploaded file. Give me a moment to do that.The original image has been displayed, showing the graph with the line segments $\overline{IJ}$ and $\overline{KL}$.

Next Steps

To complete the reflection:

1. Identify Coordinates:

   • If you're able to determine the coordinates of the points $I$, $J$, $K$, and $L$ from the graph, that will be the first step.

2. Reflect Over $y = -3$:

   • Using the reflection rule provided, find the reflected coordinates.

3. Draw the Reflected Segments:

   • With the new coordinates, draw the reflected segments on the graph.

If you would like, I can guide you through these steps based on the specific coordinates, or we can proceed with general guidance on how to perform the reflection. Let me know how you'd like to proceed!