- #1
Fig Neutron
- 60
- 95
What makes a boomerang come back when you through it?
My guess is that it has something to do with the shape, I'm just not sure what. I have found three boomerangs the fist one is a typical boomerang that looks kind of like this L., the second one is a disc, and the third one is kind of like a Y with the spokes evenly placed.
The first and third boomerang make the most sense. After looking at the first one I noticed that the edges were sloped which would make one side more aerodynamic. Since one side can move through the air faster that might make it turn or at least that's my theory. I am also guessing the same principle could work for the third boomerang?
The second boomerang is the one that is really confusing me. I have seen one that is a flat disc and others that just looks like a frisbee. I haven't tried the disc kind, is it possible that it is just how you through the frisbee? If so could it be like spinning a basket ball to make it bounce back?
I know I did a lot of guessing, maybe I got something right . Thanks
My guess is that it has something to do with the shape, I'm just not sure what. I have found three boomerangs the fist one is a typical boomerang that looks kind of like this L., the second one is a disc, and the third one is kind of like a Y with the spokes evenly placed.
The first and third boomerang make the most sense. After looking at the first one I noticed that the edges were sloped which would make one side more aerodynamic. Since one side can move through the air faster that might make it turn or at least that's my theory. I am also guessing the same principle could work for the third boomerang?
The second boomerang is the one that is really confusing me. I have seen one that is a flat disc and others that just looks like a frisbee. I haven't tried the disc kind, is it possible that it is just how you through the frisbee? If so could it be like spinning a basket ball to make it bounce back?
I know I did a lot of guessing, maybe I got something right . Thanks