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1. Paper
2. Pen
3. Rule
4. Scissor
First: draw the diagram as shown in the image.
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nice little glider
"Hate", not "hate".
"Nice" not "nice".
"glider." not "glider"
how do u do that to ur profile pic?
Btw nice work.
Just joking, never mind
Imagine the plane as a teeter-totter balanced on the dotted line. If you have a very long tail, a very small mass will require a large mass added at the nose to balance it out.
If, as in the example, the tail weighs 0.5cm * 2.6cm, and it is on average 2.75 cm from the center of gravity (CG), the tail's moment is 0.5 * 2.6 * 2.75. (I'm ignoring the actual mass of the paper, assume it's constant).
With a little algebra (well, a lot of simple algebra) you can calculate the needed length. But... in reality, it's probably just easier to make the nose-wrap-around thingy much too long, and trim it until you like how it flys :-)
The equation to achieve horizontal equilibrium must be applied here.
But it is almost immpossible to measure the weight of the paper. Then
the weight of the paper must be taken as a constant as you said and must be multiplied by the area.
Thanks a lot.