To analyze how the function \( g(x) = -(x+1)^2 + 5 \) has been transformed from the parent function \( f(x) = x^2 \), we need to recognize how each transformation applies:
-
Horizontal Shift: The term \( (x + 1) \) indicates a horizontal shift. The plus sign with \( x \) means the graph is shifted left. Specifically, it shifts left 1 unit.
- Conclusion: \( g(x) \) shifted left 1 unit. (Yes)
-
Reflection: The negative sign in front of the squared term, \( -(x+1)^2 \), indicates a reflection across the x-axis.
- Conclusion: g(x) was reflected across the x-axis. (Yes)
-
Vertical Shift: The \( +5 \) at the end indicates a vertical shift upward. Specifically, it shifts the graph up 5 units.
- Conclusion: g(x) shifted up 5 units. (Yes)
Summary of the Transformations:
- g(x) shifted right 1 unit: No
- g(x) was reflected across the y-axis: No
- g(x) was reflected across the x-axis: Yes
- g(x) shifted down 5 units: No
- g(x) shifted left 1 unit: Yes
- g(x) shifted up 5 units: Yes
Overall, the correct responses would be:
- g(x) shifted left 1 unit: Yes
- g(x) shifted right 1 unit: No
- g(x) was reflected across the y-axis: No
- g(x) was reflected across the x-axis: Yes
- g(x) shifted down 5 units: No
- g(x) shifted up 5 units: Yes