Large frisbee=better lift; stays in the air longer small frisbee=drops sooner, is faster Heavy frisbee=drops sooner, better accuracy light frisbee=drops later, may get blown off course by the wind
If you look at the shape of a Frisbee strait on it has the same shape as an airplane wing. It works on the same principle.
The frisbee needs to generate lift on the exterior edge of the surface (like an aircarft wing). A sheet of paper is not a frisbee, but a sheet of paper with the shape of a wing all the way around it would be.
The shape of a Frisbee is a disc, with an airfoil cross-section. As with aeroplanes, this airfoil shape generates lift as it moves through the air.
Yes, because there is less gravity on the moon. Also, because there is no air friction on the Moon. However, a frisbee thrown on the Moon will not travel as far as one properly thrown on Earth, because the shape of the frisbee generates lift which will keep it flying farther. With no air on the Moon, a frisbee cannot "fly".
more than you can lift
The Frisbee was made to be thrown. In Ultimate, if you do not throw the disc, then you cannot score, and nobody would ever have fun. Since throwing is the only way to advance the disc, this is what you have to do, making it the msot important aspect of Frisbee.
There is one incorrect possessive in that sentence: it should be "its Frisbee" rather than "it's Frisbee": The children's game was played at the Joneses' house with James's dog and its Frisbee.
it depends on the shape of the Frisbee, if its more aero dynamic then it may go further than a cheap blunt one.
"Frisbee" is Frisbee in French because Frisbee is a trademark name.
yes
A boomerang with more wings is a frisbee.