The image consists of two parts:

1. A coordinate plane with a triangle and its transformation:

   • Triangle $\triangle ABC$ is drawn with vertices $A(4, 6)$, $B(-2, 2)$, and $C(-5, 4)$.
   • There seems to be a transformation of this triangle, possibly a dilation, as indicated by the smaller, similar triangle in blue inside the original one.

2. A table representing an arithmetic operation:

   • This part resembles a visual multiplication or arithmetic table, but I would need more details about the operations represented here. It might be some kind of arithmetic algorithm or puzzle.

Based on the visual information:

• Transformation (blue triangle): It appears that the transformation is centered at $O(0, 0)$, and the smaller blue triangle is a scaled-down version of the black triangle $ABC$. This is likely a dilation by a certain factor.

• Table with Arithmetic Operations: The second image appears to involve a systematic approach to addition, subtraction, or multiplication, though without context, it's unclear which exact operation the diagram represents.

Would you like to explore the transformation in detail (e.g., determining the dilation factor) or focus on the arithmetic diagram?

Possible relative questions:

1. What is the scale factor of the dilation for triangle $ABC$ to its smaller version?
2. What type of transformation (e.g., rotation, translation) does this image represent aside from dilation?
3. Can you explain the significance of the center of dilation being at $O(0, 0)$?
4. How would you calculate the new coordinates of triangle $ABC$ after a transformation?
5. What arithmetic operation does the second diagram represent?

Tip: When working with dilations, always check how distances between points change relative to the center of dilation.