To determine the sequence of transformations needed to move triangle ABC to triangle EGH, we will analyze their positions on the coordinate plane.
Step 1: Identifying Vertices
-
Triangle ABC vertices:
- A (-6, -2)
- B (-4, -5)
- C (-1, -5)
-
Triangle EGH vertices:
- E (4, 6)
- G (7, 6)
- H (2, 3)
Step 2: Reflection over the x-axis
To reflect triangle ABC over the x-axis, we will change the signs of the y-coordinates of each vertex:
- A (-6, -2) → A' (-6, 2)
- B (-4, -5) → B' (-4, 5)
- C (-1, -5) → C' (-1, 5)
After reflecting triangle ABC across the x-axis, the new vertices will be:
- A' (-6, 2)
- B' (-4, 5)
- C' (-1, 5)
Step 3: Translate the reflected triangle
Now we need to translate the new triangle A'B'C' so it aligns with triangle EGH.
We can observe the position of vertices A', B', and C' and find a translation vector:
- Reach from A' (-6, 2) to E (4, 6):
- x: 4 - (-6) = 10
- y: 6 - 2 = 4
- So the translation vector is (10, 4).
Conclusion
The sequence of transformations to move triangle ABC to triangle EGH is:
- Reflection over the x-axis
- Translation of (10, 4)
Thus, the answer is:
Reflection over the x-axis, then a translation of (10, 4).