The Science of Paper Planes
Q. What are the forces acting on a paper plane?
There are 4 forces acting on a paper plane.
Thrust pushes the plane forward
Lift pushes the plane up.
Gravity (or Weight) pulls the plane down.
Drag pushes the plane backwards.
Challenge: To find a paper plane that beats the rest of the class.
Aim: I want to find a paper plane design that can fly the furthest and beat the rest of my class.
How can you change the forces from above to make the airplane go further?
- Need to increase the thrust - to do this, i will throw harder.
- Reduced drag
- Change air flow - add ailerons
- Write up the experiment using the Scientific method
- Record your findings on the chart
- Take a photo of all your planes and upload them onto your blog
- Graph the results in a bar graph.
| Plane | Distance |
| Glider | 3.50 Meters |
| Jet | 2 Meters |
| Cruiser | 6.60 Meters |
| Round wing | 2.8 Meters |
Write up your findings and a conclusion.
No comments:
Post a Comment
To support my learning I ask you to comment as follows:
1. Something positive - something you like about what I have shared.
2. Something helpful - add more info or ask me a question.
3. Something thoughtful - how have you connected with my learning?
Note: only a member of this blog may post a comment.