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Explore Emerging Energies While Designing A Waterwheel To Compete With Other Teams In Producing The Most Effective Design.High School Engineering Design Challenge With Enough Materials To Support 8 Groups Of Students. Kits 3D–Lab Activity That Designs A Solution For An Engineering Problem To Support Ngss And 3-Dimensional Instruction.In This Series Of Activities, Students Apply Their Knowledge Of Energy And Energy Transformations To Solve An Engineering Problem, –Œhow Can We Improve The Design Of A Hydroelectric Power System To Maximize Output?– During The Research Activity, Students Observe A Hand Generator And Discuss The Energy Transformations That Occur; Then They Relate The Demonstration To A Hydroelectric Power System. Student Teams Are Challenged To Design And Build A Device That Uses The Energy Of Falling Water To Turn An Axle And Lift A Paper Clip (As A Model For Generating Electricity). Students Refine Their Design, Attempting To Design The Device That Lifts The Paper Clip Highest Using 100 Ml Of Water. Rubrics, Assessment Questions, And Stem-Based Extension Activities Also Are Included.Time Requirementtotal, 270 Minutes Over Multiple Class Periods. Ter Prep, 60 Minutes. Research And Demonstration, 60 Minutes. Design Challenge, 60 Minutes. Assessment, 30 Minutes. Presentations, 60 Minutes.Digital Resourcesincludes 1-Year Access To Digital Resources That Support 3-Dimensional Instruction For Ngss. Digital Resources May Include A Ter Manual And Student Guide, Pre-Lab Activities And Setup Videos, Phenomenon Videos, Simulations, And Post-Lab Analysis And Assessments.Performance Expectationshs-Ps3-3Hs-Ps2-5Crosscutting Conceptsenergy And Matter: Flows, Cycles, And Conservationdisciplinary Core Ideasps3.A: Definitions Of Energyscience And Engineering Practicesconstructing Explanations And Designing Solutionslearning Objectivesdesign A Waterwheel As A Model Of A Hydroelectric Power Generator.Evaluate How The Structure And Function Of The Model Affect Its Performance And Identify Ways The Model Can Be Improved.Understand The Benefits Of Hydroelectric Power To Society And The Environment.Prior Knowledge And Skillsstudents Should Be Familiar With Different Types Of Energy, Including Gravitational Potential Energy, Kinetic Energy (Including Mechanical), And Electrical Energy. They Should Also Understand Energy Transformations And Renewable Energy Resources. Stem Challenge: Hydroelectric Power: Sample Ter'S Manual
