Presentation
Process
- Gather and group questions
- For all questions in each group
- Find the answer (see resources listed below)
- Explain the answer on video
- Piece the video fragments together
- Present the video to the class. Video will be available your parents and teachers only.
Questions
- History
- Did some planes crash? Did people fall out of the plane?
- Who flew the first airplane? What was hard? How did they invent it?
- What was the first airplane in a World War? What was the first Boeing plane?
- Lift
- What keeps an airplane in the air? Why do planes fly?
- What shape is a wing?
- Do all planes have engines?
- Stability
- Why do some paper airplanes fly longer than others?
- Do airplanes need a tail?
- How can I make a paper airplane fly longer?
- Wait, I have more questions!
- How big is a Boeing 747?
- What is the fattest plane? What is the longest plane?
- Why are some people afraid of height but not of airplanes?
Resources
1. History Did some planes crash? Did people fall out of the plane?- Earlier attempts
- Web page, “Early flying machines” (Wikipedia)
- Web page, “Aviation history” (Wikipedia)
- Video, “Clips Of Early Flight Attempts” (YouTube)
- Sir George Cayley, Alphonse Pénaud, Octave Chanut, Samuel Pierpont Langley
- Leonardo da Vinci
- Book, “Leonardo da Vinci, nonfiction companion to Monday with a mad genius” (Magic Tree House)
- Video about recreating one of Leonardo’s gliders “Leonardo’s Dream Machines” (PBS)
- Web page, “Science and inventions of Leonardo da Vinci” (Wikipedia)
- Web page, “Learn about Leonardo da Vinci” (BBC)
- Web page, “Leonardo Models” (Instituto e Museo di Storia della Scienza)
- The Wright Brothers
- Book, ” First flight, the story of the Wright Brothers” (DK Readers)
- Video, “The Wright stuff” (PBS)
- Animated bibliography “The Wright brothers” (Schlessinger Media, Hero Classics)
- Video “Wright brothers’ flying machine” (PBS)
- Video about recreating their plane “Wright Brothers, First in flight” (Discovery Channel)
- Wold War I
- Web page, “Summary of the air war” (firstworldwar.com)
- First Boeing plane
- Web page, “Boeing logbook” (Boeing)
- Balance of forces
- Web page “Dynamics of flight” (NASA)
- Video ” All about flight” (Schlessinger Media, Physical Science)
- Wright Brothers reenactment, “The Four Forces” (NASA)
- Gravity pulls the plane down
- Lift pulls the plane up
- See what happens when you change the wing using an airfoil simulator (or advanced) (NASA)
- Wright Brothers reenactment “Lift” (NASA)
- Animation “Flight” (BrainPOP, subscription required)
- The physics of lift are explained by Newton’s 3rd Law of Motion
- Web page “Lift from flow turning” (NASA)
- Web page “Newton’s 3rd law of motion” (NASA)
- Wright Brothers reenactment “Laws of Motion” (NASA)
- Video “Airfoil aerodynamics” (PBS)
- Web page “How planes fly” (UK Open Uni.)
- Experiments
- hero’s engine (NASA)
- rocket races (NASA)
- small flow of water running down and curving around a round object
- garden hose flapping around
- air out the window of moving vehicle
- starting vortex in kitchen sink (UK Open Uni.)
- See simulator; Google
- Stability means that the plane, if disturbed, will return to its original state
- Web page “Stability Concepts” (Adam One)
- Web page “Stability of an Airplane – level 3 (Florida Int’l Uni.)
- Three axis
- Roll (lateral)
- Pitch (longitudinal)
- Yaw (directional)
- Pilot Control, see web page “Aircraft flight mechanics” and “Aircraft flight control system” (Wikipedia)
- Static stability, see Acrobat document “Flight stability” and “Stability and flight control” (Glenn Fisher)
- Roll
- Low Center of Gravity, see Web page “Keel Effect” (Peter Kunzmann)
- Angle the wings angle slightly up, see Web page “Dihedral” (Peter Kunzmann)
- Pitch
- Nose heavy (Centre of Gravity in front of Pressure Center), see Wright reenactment “Center of Gravity” (NASA)
- Elevator (horizontal tail).
- Yaw
- Vertical tail
- Roll
- There is no pilot to control position; design must be inherently stable
- Examples of stable paper airplanes
- Web site “Paper Aeroplanes” (Peter Kunzmann)
- Web page “A more complicated paper plane” (Jo Lovejoy)
- Book ” The world record paper airplane book” (Ken Blackburn)
- Book “The ultimate paper airplane” (Richard Kline)
- Google is your friend
- Google is your friend
- Interview teachers
More references
- How can I make something that flies? What is the smallest plane that I could fly in?My pictures “Gleitschirmfliegen in der Schweiz”
- Video “Streckenflug im Wallis“
- Video “Gleitschirmfliegen im Fiesch Wallis“
- Video “Paragliding with a GoPro HD Hero“
- Site maps “Cascade Paragliding”
- Organization “Schweizerischer Hangegleiter-verband“
- School “Gleitschirmschule Engelberg“
- Lecture “MIT Physics I” (MIT Uni.)
- Article “How do wings work” (Cambridge Uni.)
- Web site overview “Guided tours to the Beginners’s guide to aeronautics” (NASA)
- Web page, “Up, up, and away, a study of flight” (Marion St Elementary School, New York)
- Various Wright Brothers videos (NASA)
- Feature movie “Colditz” (NetFlix)
If you can’t explain it simply, you don’t understand it well enough. — Albert Einstein
Thanks Johan. I think you answered the questions, Do you have new ones?