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5 cards from this section. Quick, good the night before a test.
What is lift in the context of wind turbines?
Think of how airplane wings create lift.
What happens during aerodynamic stall in turbines?
Consider how the airflow interacts with the blade surface.
What force acts perpendicular to the wind direction on a turbine blade?
Consider the forces affecting an airplane wing to remember.
True or False: Drag helps turbines operate more efficiently.
Think about the effects of wind resistance on any object.
Critically assess how aerodynamic design impacts lift and drag in a newly developed turbine model. What changes would you suggest for further optimization?
Consider the principles discussed about lift and drag.
Design a wind turbine blade profile that optimally balances lift and drag for varying wind speeds. Describe the characteristics of your design.
Think about the relationships and principles governing lift and drag that we've learned.
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