
I. Welcome
A. Kim Moore-ETEAMS role, Program Manager
B. Tonya Jeffery- ETEAMS role, Co-Pi
II. Rep-tile Mathematics
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What is a rep-tile in mathematics?
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What kinds of patterns can we discover with rep-tiles?
III. Exploring Reptiles

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How can you determine the area and perimeter of these shapes?
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What relationships do you see between the area and perimeter of the smaller and larger shapes?
IV. Rep-tile Challenges

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Can you create a similar 2 dimensional figure from nine congruent smaller figures?
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What strategies can you use to solve this problem?
V. Evaluating Rep-tiles

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How can you use rep-tiles to teach perimeter, area, dimensional change, angle measurements, attributes of polygons?
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How can you use rep-tiles to teach about mathematical problem solving?
VI. Rep-tile Resources
VII. Planning Time

VIII. Final Thoughts and Questions?
