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Transformation Golf
21

Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

Jan 15, 2016

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Isabel Ellwood
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Page 1: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

Transformation Golf

Page 2: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

Goal

Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

Page 3: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

Process for Design

1. Utilize 3-6 transformations – 1 marktranslations (left, right, up, down) *can be

more than 1 square but can only go one direction at a time

stretches (vertical or horizontal)reflection over the x- or y-axisreflection over the line y = x (inverse relation)

Page 4: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

2. Use a variety of transformations – 1 mark

Page 5: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

3. Create obstacles (minimum of 2) – 1 marksandpit (can’t use translation out of here)pond/water (if you land here, add a stroke and

swing again)trees others? Must be HAND DRAWN

Can’t translate or stretch through obstacles!

Note: Less is more

Page 6: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

4. Explain the strategy behind your obstacles. – 2 marksThe tree in quadrant 1 forces a reflection since you can’t translate through an obstacle.

Page 7: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

5. Graph the pre-image (represents the ball, minimum of 3 points), and the post-image (represents the hole - same shape as “ball”) Label points. – 1 mark Note: not all pre-images will be functions but

function notation is used to solve the “hole”, discuss with your students this inconsistency

Page 8: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

6. On the graph, label the x- and y-axis and the scale – 1 mark

Page 9: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

7. Describe your solution on a separate sheet – 10 marks example of format below  Tee: Function f(x) Transformation Mapping

Position: (1, 2)…

Plot new position on graph and label “Swing 1”

If you reflect, name which axis (x or y) or the line y=x (if you are taking the inverse)

If translating state which direction and how far Ex) Horizontal translation left 3 units

Page 10: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.
Page 11: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

Cat in the Hat Solution

Page 12: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

Cat in the hat Solution graph

Page 13: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

8. Determine a Par for the hole (average number of transformations), try different methods to help you decide. Explain your reasoning! – 2 marks

Page 14: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.

Things to RememberMust be drawn on grid paperGet a photocopy BEFORE drawing in solutionCite any copyrighted characters or pictures

Page 15: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.
Page 16: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.
Page 17: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.
Page 18: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.
Page 19: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.
Page 20: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.
Page 21: Goal Work with a partner to design a geometric golf hole where the pre-image (original shape or starting function) is moved through a series of transformations.