Math Problem Statement
Show how each vertex of ΔEFG maps to its image. Describe in words how to map ΔEFG to its image ΔE'F'G' using a reflection. Complete the table with the coordinates of the image points E', F', and G'.
Solution
The task involves mapping triangle to its reflection, triangle , and completing the coordinates of points , , and .
Analyzing the Reflection:
The reflection appears to be across the x-axis, based on the positioning of the original triangle and its reflected image .
For a reflection across the x-axis, the coordinates of any point change to . This transformation applies to all the vertices , , and .
Step-by-Step Reflection:
- reflects to .
- reflects to .
- reflects to .
Completing the Table:
\hline \Delta EFG & \Delta E'F'G' \\ \hline E(-3, 5) & E'(-3, -5) \\ F(-2, 2) & F'(-2, -2) \\ G(-4, 2) & G'(-4, -2) \\ \hline \end{array}$$ Would you like further details or have any questions? ### Related Questions: 1. What is the general rule for reflecting a point across the y-axis? 2. How would the reflection change if the triangle were reflected across the y-axis instead? 3. What happens to the coordinates of a point when reflected across the line $$y = x$$? 4. Can you determine the distance between the original points and their reflections? 5. How can you verify if two triangles are congruent after a reflection? ### Tip: Always remember that reflecting a point across the x-axis only changes the sign of the y-coordinate.Ask a new question for Free
By Image
Drop file here or Click Here to upload
Math Problem Analysis
Mathematical Concepts
Geometry
Coordinate Reflections
Transformations
Formulas
Reflection formula: (x, y) → (x, -y) across the x-axis
Theorems
Reflection Theorem across the x-axis
Suitable Grade Level
Grades 6-8