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Slide Notes

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Copy of paper air planes

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PRESENTATION OUTLINE

paper air planes

Photo by garryknight

BALANCE & WEIGHT

Thick paper can glide easier than thin paper if the wings can support it. An airplane has a point where it balances; it's called center of gravity. Another point called neutral point exists where the nose lines up perfectly with the rest of the plane. The majority of the weight of the paper air plane needs to lie some place above the neutral point.

Photo by Robin Kearney

THE SHAPE
For the traditional dart shape paper airplane, regular paper works best.
Paper airplanes with longer wings such as rectangular shapes needs a heavier material such as cardboard to support the force of air on the wings.

Photo by davekellam

HOW IT FLYS
When a paper airplane is designed the builder folds the sheet of paper to provide maximum wingspan to support the plane for longer flight. Normal paper airplanes may be created with different wing designs for speed or longer flight. Some designers choose to add a small weight to the plane to keep it in the air, for example a staple or paperclip.

Photo by garden beth

Biggest Wingspan
The record holder for the largest paper airplane had a wingspan of 40 feet and 10 inches. The plane flew over 114 feet before crashing into a wall.

Photo by tuchodi

WEATHER
The humidity outside can effect the performance of the paper airplane thrown inside!

Photo by anti_christa

THE INVENTOR
The inventor is a mystery , but Leonardo Di Vinci is often given credit for it.

Photo by Renée Turner

FUN FACT
According to the Paper Aircraft Association, a paper airplane thrown in space will not fly -- it will just float in a straight line; unless it hits an object, it could literally float forever!