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Introduction
The WindWise introduction outlines the lessons below, and provides a short background on wind industry trends, concepts of wind power, challenges and prospects for wind, and more. Also learn about WindWise and national science standards.
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Unit 1. Energy Creation and Choices
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How is Energy Converted into Electricity?
Students will learn that energy conversion and transfer is an important part of electricity generation.
Subjects: Physical Science, MathematicsListed in: energy conversion -
What is the Cost of Inefficiency?
Students will learn the difference between energy and power and the role that efficiency plays in reducing energy costs and carbon dioxide emissions.
Subjects: Physical Science, Technology, Mathematics, Environmental ScienceListed in: efficiency
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Can Wind Power Your Classroom?
Students will conduct a simple energy audit for the classroom and estimate what size wind turbine could power their classroom under local wind conditions.
Subjects: Physical Science, Technology, Engineering, MathematicsListed in: efficiency
Unit 3. Experiments With Turbines
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How Does a Windmill Work?
Students will learn the fundamental parts of a windmill, how different rotor designs affect performance, and how energy is transferred from wind into usable mechanical energy.
Subjects: Physical Science, Technology, EngineeringListed in: simple machines -
How Does a Generator Work?
Students will learn how electricity is generated and how design variables affect electricity production.
Subjects: Technology, Engineering, Physical ScienceListed in: simple machines, energy conversion -
Which Blades are Best?
Students will learn through experimentation how different blade designs are more efficient at harnessing the energy of the wind.
Subjects: Physics, Technology, Engineering, MathmaticsListed in: blades, energy conversion -
How Can I Design Better Blades?
Students will learn how to design and construct different turbine blades to maximize the power output of a wind turbine.
Subjects: Physical Science, Technology, Engineering, MathematicsListed in: blades
Unit 4. Wind Energy and Wildlife
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How Does Energy Affect Wildlife?
Students will learn that different electricity generation sources have very different effects and risks to wildlife.
Subjects: Living Environments, Earth Science, Environmental ScienceListed in: birds, bats -
What is Wind's Risk to Birds?
Students will learn how bird behavior and ecology are related to avian impacts from wind turbines and how scientists study these impacts.
Subjects: Technology, Mathmatics, Living EnvironmentsListed in: birds -
Can We Reduce Risk to Bats?
Students will analyze bat behaviors and propose a wind farm operational plan that could reduce the risk of bat mortality.
Subjects: Living Environments, TechnologyListed in: bats