Quadratics Review y = x 2. Quadratics Review This graph opens upwards y = x 2.
Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of...
Transcript of Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of...
![Page 1: Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of ; y=f(x) , sketch the graph of ; y=2f x . x. y. x. y. Author: Ana Berg Created Date](https://reader036.fdocuments.us/reader036/viewer/2022062311/5a708e507f8b9ac0538c1d9d/html5/thumbnails/1.jpg)
Station 1- Translation
Group Review1. Given the graph of y=f (x ), sketch the graph of y=f ( x )−3.
2. Given the graph of y=f (x ), sketch the graph of y=f ( x )+2.
3. f ( x )=x2is graphed below along with its translated graph. Write the equation (function) of the new graph after the transformation.
![Page 2: Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of ; y=f(x) , sketch the graph of ; y=2f x . x. y. x. y. Author: Ana Berg Created Date](https://reader036.fdocuments.us/reader036/viewer/2022062311/5a708e507f8b9ac0538c1d9d/html5/thumbnails/2.jpg)
Station 2- Translation
Group Review
1. Given the graph of y=f (x ), sketch the graph of y=f ( x+5 ).
2. Given the graph of y=f (x ), sketch the graph of y=f ( x−2 ).
![Page 3: Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of ; y=f(x) , sketch the graph of ; y=2f x . x. y. x. y. Author: Ana Berg Created Date](https://reader036.fdocuments.us/reader036/viewer/2022062311/5a708e507f8b9ac0538c1d9d/html5/thumbnails/3.jpg)
Station 3- Reflections
Group Review
1. Given the graph of y=f (x ), sketch the graph of y=−f ( x ).
2. Given the graph of y=√x, sketch the graph of y=−√x . 2.
![Page 4: Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of ; y=f(x) , sketch the graph of ; y=2f x . x. y. x. y. Author: Ana Berg Created Date](https://reader036.fdocuments.us/reader036/viewer/2022062311/5a708e507f8b9ac0538c1d9d/html5/thumbnails/4.jpg)
Station 4- Reflections
Group Review
1. Given the graph of y=f (x ), sketch the graph of y=f (−x ).
2. Given the graph of y=√x, sketch the graph of y=√−x .
![Page 5: Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of ; y=f(x) , sketch the graph of ; y=2f x . x. y. x. y. Author: Ana Berg Created Date](https://reader036.fdocuments.us/reader036/viewer/2022062311/5a708e507f8b9ac0538c1d9d/html5/thumbnails/5.jpg)
Station 5- Stretching/shrinking
Group Review1. Given the graph of y=f (x ), sketch the graph of y=2 f (x ).
x y
16. Given the graph of y=f (x ), sketch the graph of y=12f ( x ).
x y x y
x y
![Page 6: Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of ; y=f(x) , sketch the graph of ; y=2f x . x. y. x. y. Author: Ana Berg Created Date](https://reader036.fdocuments.us/reader036/viewer/2022062311/5a708e507f8b9ac0538c1d9d/html5/thumbnails/6.jpg)
Station 6- Stretching/shrinking
Group Review1. Given the graph of y=f (x ), sketch the graph of y= f (2 x).
x y x y
2. Given the graph of y=f (x ), sketch the graph of y=f ( 12x ).
x y x y
![Page 7: Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of ; y=f(x) , sketch the graph of ; y=2f x . x. y. x. y. Author: Ana Berg Created Date](https://reader036.fdocuments.us/reader036/viewer/2022062311/5a708e507f8b9ac0538c1d9d/html5/thumbnails/7.jpg)
Mixed Transformations of functions1.
2.
3. Let g(x) = 21
f(x – 1). The point A(3, 2) on the graph of f is transformed to the point P on the graph of g. Find the coordinates of P.
In words, what is going to happen to the original graph?
![Page 8: Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of ; y=f(x) , sketch the graph of ; y=2f x . x. y. x. y. Author: Ana Berg Created Date](https://reader036.fdocuments.us/reader036/viewer/2022062311/5a708e507f8b9ac0538c1d9d/html5/thumbnails/8.jpg)
![Page 9: Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of ; y=f(x) , sketch the graph of ; y=2f x . x. y. x. y. Author: Ana Berg Created Date](https://reader036.fdocuments.us/reader036/viewer/2022062311/5a708e507f8b9ac0538c1d9d/html5/thumbnails/9.jpg)
4. The graph of the function y = f (x), 0 x 4, is shown below. On the diagram to the right, draw the graph of y = 3 f (−x).
5.
Given the graph of y=1x , Sketch the graph of y=
1x−4 .
6. Given the graph of y=1x , Sketch the graph of y=
1x+3.
![Page 10: Web view9/2/2017 · Station 5- Stretching/shrinking. Group Review. 1. Given the graph of ; y=f(x) , sketch the graph of ; y=2f x . x. y. x. y. Author: Ana Berg Created Date](https://reader036.fdocuments.us/reader036/viewer/2022062311/5a708e507f8b9ac0538c1d9d/html5/thumbnails/10.jpg)
7. Given the graph of y=1x , Explain what would happen to the graph of
y=−3+ 1x+2 .
8.
9. Describe the translation of y=f(x) to y=g(x) that occurred. Then write this using your knowledge of transformations.
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10. Exam Style Question:
11. ( ask me for graph paper)