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Motion and Measurement Nic Gilbertson & Funda Gonulates Strengthening Tomorrows Education in Measurement (STEM) Project Michigan State University Math-in-Action.

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Presentation on theme: "Motion and Measurement Nic Gilbertson & Funda Gonulates Strengthening Tomorrows Education in Measurement (STEM) Project Michigan State University Math-in-Action."— Presentation transcript:

1 Motion and Measurement Nic Gilbertson & Funda Gonulates Strengthening Tomorrows Education in Measurement (STEM) Project Michigan State University Math-in-Action Conference 2012 – Grand Valley State University

2 STEM What: Research analyzing the capacity of three written elementary curricula to support robust learning of spatial measurement (length, area, volume) Professional Development work with pre-service teachers on measurement lesson study working with facilitators throughout Michigan who are in turn working with teachers in their areas 2STEM Math-in-Action

3 STEM – Three Curricula The three carefully chosen curricula are: Scott Foresman- Addison Wesley Mathematics UCSMPs Everyday Mathematics Saxon Math 3STEM Math-in-Action

4 STEM – Our Analysis In our analysis we are looking at every lesson, problem, and activity of teach curricula for two important aspects: Knowledge elements - Spatial measurement knowledge (conceptual, procedural, conventional) Textual elements - The ways in which this knowledge is expressed (statements, demonstrations, worked examples, questions, problems, games) 4STEM Math-in-Action

5 Some overarching questions… How might dynamic (as opposed to static) ways of measuring help develop measurement concepts? How might measurement and motion help students better understand formulas? 5STEM Math-in-Action

6 Pentagon Task 6 1)Find the area 2)Draw a second pentagon with the same area STEM Math-in-Action

7 Pentagon Task 7 With a partner, 1)Share your solutions 2)What might students have difficulties with in solving this problem? 3)What would students need to know in order to solve this problem? STEM Math-in-Action

8 Pentagon Task – NAEP results 8 Scoring Rubric: Incorrect (both parts a & b incorrect) Partial (either a or b correct) Correct (both a & b correct) Omitted Off Task STEM Math-in-Action

9 Pentagon Task – NAEP results 9 Scoring Rubric: Incorrect (both parts a & b incorrect)…48% Partial (either a or b correct)…47% Correct (both a & b correct)…2% Omitted…2% Off Task… (rounded to 0%) STEM Math-in-Action

10 Pentagon Task – NAEP results 10 Grade 8 – 2005 Scoring Rubric: Incorrect (both parts a & b incorrect)…48% Partial (either a or b correct)…47% Correct (both a & b correct)…2% Omitted…2% Off Task… (rounded to 0%) STEM Math-in-Action

11 Pentagon Task – NAEP results 11 Some possible explanations… Constraints limit possible solutions No straightforward formula Dynamic situation STEM Math-in-Action

12 Task 2 – Tables Task 12STEM Math-in-Action

13 Task 2 – Tables Task 13 Part 1) Using the isosceles right triangles in your group, find the area of the top of your table. Part 2) Describe a formula (symbols, words, pictures) for how you can determine the area units any rectangular table top. Once you are finished let one of us know… STEM Math-in-Action

14 Task 2 – Tables Task 14 Part 3) Using the right triangles in your group, find the area of the top of your table. Part 4) Describe a formula (symbols, words, pictures) for how you can determine the area for any rectangular table top. STEM Math-in-Action

15 Task 2 – Tables Task 15STEM Math-in-Action

16 Task 2 – Tables Task 16STEM Math-in-Action Whats the area unit - squares, triangles, rectangles? Can we use base x height if the length units are different?

17 Task 2 – Tables Task 17STEM Math-in-Action Whats the area unit - squares, triangles, rectangles? Can we use base x height if the length units are different?

18 Task 2 – Tables Task 18STEM Math-in-Action Whats the area unit - squares, triangles, rectangles? Can we use base x height if the length units are different?

19 Task 2 – Tables Task 19STEM Math-in-Action Whats the area unit - squares, triangles, rectangles? Can we use base x height if the length units are different?

20 Task 2 – Tables Task 20STEM Math-in-Action Whats the area unit - squares, triangles, rectangles? Can we use base x height if the length units are different?

21 Task 2 – Tables Task 21 AN ALTERNATIVE TASK… What would this lesson have looked like had it been taught this way? STEM Math-in-Action

22 Task 2 – Tables Task 22 BIG IDEAS… Different shapes have many different measures Defining 1 unit is important The area unit affects the formula because of how the space is structured The formula depends on the unit and attribute Structuring space is not simple for many students The formula is a description of a general situation, not just a procedure to calculate something. STEM Math-in-Action

23 Some other NAEP items (Grade 8) 23STEM Math-in-Action Megan drew a rectangle that has an area of 24 square centimeters. Which of the following could be the dimensions of her rectangle? 2 cm by 12 cm 3 cm by 9 cm 4 cm by 20 cm 6 cm by 6 cm 12 cm by 12 cm

24 Some other NAEP items (Grade 8) 24STEM Math-in-Action How many square tiles, 5 inches on a side, does it take to cover a rectangular area that is 50 inches wide and 100 inches long? Open Response

25 Some other NAEP items (Grade 8) 25STEM Math-in-Action Make a drawing in the space below to show how the four triangles shown above could fit together without overlapping to make a rectangle that is not a square. Show the dimensions of the rectangle on your drawing. What is the area of this rectangle?

26 Dynamic Simulations 26 Some Video Resources Circumference of Circle Area of Circle Area of Circle 2 Area of Circle 3 Surface Area of Sphere Derivation.html Derivation.html STEM Math-in-Action

27 Dynamic Simulations 27 Some Applet Resources STEMs Simulations - https://www.msu.edu/~stemproj/simulations.html https://www.msu.edu/~stemproj/simulations.html National Library of Virtual Manipulatives NCTM Illuminations – Freudenthal Institute STEM Math-in-Action

28 Thank you! We want to thank the National Science Foundation for funding this work We want to thank you for coming! Please take a few minute to fill out our evaluation. For more information starting you can go to: If you have any questions please us at: 28STEM Math-in-Action


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