1. Analytic Coding Buildings and Structures: Wind Turbine (Mind Map, Question and Expanded formats) Analytic coding using conceptual vocabulary from the Basic Conceptual Systems based on the work of Andreas Hansen and Anne Svendsen, adapted by K. Morgan. © 2013.

2. 10. User(s) 4. Number of Parts 5. Color(s) 6. Shape(s) 12. Material 13. Surface Property 3. Living thing Non-Living thing 11. Weight (compared to you) 7. Size (compared to you) 9. Time 8. Place) 15. Function/Use 2. Group 16. Change 17. Position Vertical Horizontal Diagonal 14. Surface Pattern 1. What is it? © 2013 A. Hansen, A. Svendsen, K. Morgan.

3. 4. What Number of Parts does this have? 5. What Color(s) does this have? 6. What Shape(s) does this have? 2. What Group does this belong to? 16. How does this Change over time? 3. Is this… Living thing Non-Living thing 17. What Position is this in? Vertical Horizontal Diagonal 10. Who would Use this? (User) 12. What Material is this made of? 13. What Surface Properties does this have? 9. When is this Used? (Time) 7. What Size is this (compared to you)? 8. Where would you find this? (Place) 11. What Weight does it have? (compared to you)? 14. What Surface Pattern Does this have? 15. What is this Used for? (Function/Use) 1. What is this? (Name) © 2013 A. Hansen, A. Svendsen, K. Morgan.

4. Wind Turbine Group Number of Parts Color Shape Position Place (to obtain) Place (to use) Size (compared to) Surface Pattern Direction Function/Use Substance (composition) Substance (properties) User(s) Value Power Living/Not Living Speed Time Change Weight (compared to) Temperature Taste Smell/Odor Sound Surface Property Analytic Coding using words from the Basic Conceptual Systems to describe and analyze items. © 2013 A. Hansen, A. Svendsen, K. Morgan.

5. Construction Origin (Place of manufacture) Place (to buy) Manufacturing sequence Physical Characteristics Color(s) Shape(s) Number of Parts Size Weight Temperature Material Surface Pattern Surface Properties Living / Non-Living Label Name Group © 2013, K. Morgan. Function / Use User(s) Place (of use): Time (of use) Change (over time) In value: In physical characteristics : Behavior Movement Speed

6. Wind TurbineLighthouse Similarities & Differences Circle the words in which the two items are similar. Draw a line thru the words in which the two items are different.. Name Living/Non-Living Group Number of Parts Color(s) Shape(s) User(s) Size (compared to …) Weight (compared to … ) Material Surface Properties Function/Use Place (used) Time © 2013 A. Hansen, A. Svendsen, K. Morgan.

7. Similarities & Differences Circle the words in which the two items are similar. Draw a line thru the words in which the two items are different.. Wind Turbine Lighthouse © 2013 A. Hansen, A. Svendsen, K. Morgan. Name Living/Non-Living Group Number of Parts Color(s) Shape(s) User(s) Size (compared to …) Weight (compared to … ) Material Surface Properties Function/Use Place (used) Time

8. Non-Living Building Tower, walkway, door, light, glass top Red, white, black Straight line, curved line, angle, 4-sided shapes Lighthouse keeper, ships at sea Similar in size compared to a wind turbine Heavy in weight compared to a wind turbine Concrete, metal, glass Hard, smooth To warn ships away from the shore On the shore All year Non-Living Structure Tower, blades, rotor White, silver Straight line, curved line, angle shapes Power company Similar in size compared to a lighthouse Light in weight compared to a lighthouse Metal Hard, smooth To generate electricity from the wind On hillsides All year Similarities & Differences Circle the words in which the two items are similar. Draw a line thru the words in which the two items are different.. © 2013 A. Hansen, A. Svendsen, K. Morgan. Name Living/Non-Living Group Number of Parts Color(s) Shape(s) User(s) Size (compared to …) Weight (compared to … ) Material Surface Properties Function/Use Place (used) Time Wind Turbine Lighthouse