Let’s solve this step by step.
You’re given a list of coordinate pairs like (13, 27), (15, 22), etc. Each pair tells you where to plot a point on the graph — the first number is how far right (x-axis), and the second number is how far up (y-axis).
The instructions say: “Graph the lines below to reveal the Spring image.” That means you connect the points in order — each group of two points forms one line segment. For example, the first pair is (13, 27) and (15, 22). So you draw a line from the point at x=13, y=27 to the point at x=15, y=22.
But wait — looking at the image already drawn, it shows a butterfly! And all the points are already plotted and connected. The task was probably meant for someone to do manually, but since the image is already complete, we can check if the coordinates match what’s drawn.
Let’s verify a few key points to make sure everything matches:
- Look at the top-left wingtip: It should be around (4, 17) or (1, 23)? Let’s check the list: Yes, (4, 17) and (1, 23) are there. On the graph, the leftmost high point is near x=1, y=23 — that matches.
- The center body goes down to about y=6 or 7. We see (15, 7) and (15, 22) — so vertical line through x=15 from y=7 to y=22? Actually, no — because (15,7) connects to (17,11), and (15,22) connects to (14,21), etc. But the lowest point in the middle is (15,7) — which on the graph is the bottom tip of the butterfly’s body. That matches.
- Right side: (28,26) and (29,23) — those would be the top-right wingtips. On the graph, yes, there’s a point near x=29, y=23 and another near x=28, y=26 — perfect.
So even though the problem says “graph the lines,” the image already has them drawn correctly based on the coordinates provided.
Therefore, the final answer isn’t a calculation — it’s recognizing that when you plot and connect all these points as instructed, you get a
butterfly — which is the “Spring image” mentioned.
Final Answer:
butterfly
Parent Tip: Review the logic above to help your child master the concept of graph pictures worksheet coordinates.
