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ENGINEERING NOTES KID WIND

ENGINEERING NOTES KID WIND. By: Luis .C Miguel .M. Materials List . Screws……………….. ( base attachment )… …..#26 Nails………………….. ( Base attachment )..........#10 PVC Pipe………….......( height holders )………….#6 Septic Pipe………….. ( head & blades )…………..#1

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ENGINEERING NOTES KID WIND

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  1. ENGINEERING NOTES KID WIND By: Luis .C Miguel .M

  2. Materials List • Screws……………….. (base attachment)… …..#26 • Nails………………….. (Base attachment )..........#10 • PVC Pipe………….......(height holders)………….#6 • Septic Pipe………….. (head & blades)…………..#1 • Plant buckets…….......(Blades)…………………….#6 • Plywood…………...... (Blades & main base)……#6 • Aluminum…………….(stick holders)……………..#6 • Hot Glue………………(Stick & Blade holder) • spray paint……………(Green & Blue)……………#3 • Microphone holder…(Hold motor)………………#1 • Gears #2(small)& 2(big) • Metal stick #2 & Metal Stick Holders #3

  3. Work Description #1 • We all contributed and the creation of the wind turbine. • We all analyzed and researched different designs of wind blades. • We all did different wind blades sketches • We all helped each other cute the different blades. • We all worked in class and after school to finish the project. • We drilled holes on the wind turbine. • We all painted different parts of final wind turbine model.

  4. Work Description #2 • We all helped glue the Aluminum & wood stick on the wind blades. • We all helped cut the right measurements of the plywood for better results. • We all helped cut the right measurement of the PVC pipes to have precise height. • We all helped drill Screws and nailed in necessary areas on main base and main head. • We drilled holes on necessary areas all around the wind turbine order to create a system that functions better.

  5. Challenges • One of the challenges was starting the project because we didn't have good reasonable ideas. • Accuracy and Precision. • After three wind turbine models failures. • Working with curve blades. • Being very unique. • Drilling accurate holes main head. • Cutting plywood wind blades. • To produce high energy.

  6. Success • We were able to create precise blades. • We improved our wind turbine each time as time preceded. • We able to be very unique overall. • Stability on the wind turbine. • We able to produce up to 35,000 mill watts

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