A frisbee flies further when rotating due to the stabilization provided by its spin, which creates gyroscopic stability. This spin helps maintain its orientation in the air, reducing the effects of aerodynamic drag and allowing it to cut through the air more efficiently. Additionally, the rotation generates lift by creating differences in air pressure above and below the disc, enhancing its flight distance. Overall, the combination of stability and lift from rotation contributes significantly to a frisbee's performance in the air.
rotating
the rotation of the Frisbee and the speed
Frisbee because that can go with the wind and fly with it.
Wind is not necessary for flying a frisbee. In fact, wind makes it harder to aim a frisbee.
Yes
it depends on the shape of the Frisbee, if its more aero dynamic then it may go further than a cheap blunt one.
Spin, wind, power---areodynamics.
Perpendicular
A plastics disc that is aerodynamic and can fly in the air when thrown.
They probably didn't fly as far.
Lots of things.In fact, it uses the energy you have to throw the frisbee up. Then the wind level will make it "fly". Then Gravity will pull the frisbee down towards the ground.
A boomerang with more wings is a frisbee.