1. Energy The Ultimate Chain Reaction Recycling Machine

8. Agenda  Energy Unit  Works Stations  Pinning It!  Ramp Race  Energy of Motion  Simple Machines  The Ultimate Chain Reaction Recycling Machine 7/1/13 * * * To be experienced today.

9. W = F∆x PE=mgh ∆PE = W ∆PE=∆KE KE = ½ mv 2 Technique and Style Culm. Activity Energy Work Stations Pinning It! Ramp Race Energy of Motion Simple Machines The Ultimate Chain Reaction Recycling Machine * * * To be experienced today.

10. Work Stations  Qualitative  Students rotate around stations  Observe  Explain  Guess at what work is  W = F∆x

11. Pinning It!  Engage and Explore  Qualitative  Drive a pin into wood by dropping balls on it  Could be Nailing It! if you have bowling balls  PE = mgh ∆PE = W

12. Ramp Race  Quantitative  Roll marble from same height but differently sloped paths  ∆PE = ∆KE Ramp A Ramp B

13. Energy of Motion  Quantitative  Roll ball down ramps of different heights  Model KE = ½ mv 2

14. Simple Machines  Find…  Inspiration  Techniques  Get students to start thinking about how to make connections

15. Simple Machines

17. Simple Machine

18. The Ultimate Chain Reaction Recycling Machine  Students analyze the energy transfers