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Wind Turbine download (1) Challenge - Coggle Diagram
Wind Turbine
Challenge
Design
D2. How would we make the turbine spin faster?
D3. How thick does the support pole have to be to keep the turbine sturdy?
D1. How does wind power light?
D4. Does the turbine have to have certain shaped wings?
D5. How many blades can be used at minimum?
D6. How tall should a mini turbine be?
D7. How much power does my turbine produce?
D8. How fast does our turbine have to spin in order to make energy?
Materials
M4. What is the strongest material we have?
M5. What is a DC motor?
M3. What is the eraser used for?
M6. How long should the blades be?
M2. How heavy is the motor?
M7. Why do we have the limited materials?
M1. How do you connect the motor to the LED?
Constraints
C2. How are cups supposed to help make a turbine?
C3.How do we make the blades rotate?
C1. How can we create wind?
C4.Why are we limited to 9 days of work?
Real World Applications
R4. How fast do the blades have to spin to generate enough power for the LED?
R5. What does LED stand for?
R3. What is the most efficient amount of blades on the turbine?
R2. When was the first turbine made?
R6. How do you stop a turbine?
R7. What way do the blades have to spin?
R8. Who created the first Turbine?
R9. How tall is the average turbine?
R1. How much power does a turbine produce?
Challenge