Rubik's 360 CGI animation of the Solution (revised)
Uploader Comments (penskyfiler)
Top Comments
-
this is the first helpful video that explains how to solve the "rubik's 360".
the others just explains the mechanism of the "rubik's 360".
thanks.
-
nope.
I'm a physics expert(?)
it's only gravity. the hole stays opposite it's common sphere's weight because it cannot go through the plastic. But they go together like that be cause the weight cannot break the "magnetism" because it has no tap to make it off center to go down. thumbs up if you can't understand me!!!
All Comments (63)
-
tu piensa que en castellano te van a responder aqui jaja
-
¿Tap-tap es darle de ostias?
-
hope my last comment helps alot of people.
-
dudes, INCLUDING MAKER OF VIDEO, this cgi is slightly off, in the real life video when you tilted it to make weight to hole and hole to bottom, etc. you also slightly turned it to the side to keep the weight balanced. in this cgi which is moved by you, video creator, you forgot to turn it like you did in real life, thus if you do it as this cgi shows, it will never work.
-
i just shake it till the balls goe into the holes
-
@ookachaka10 the balance stay because they want to fall on in to the other and they can<t because they are stock in to plastic like you said and it make a perfect balance this the reason
why it stay together
-
toys for nerds xD i just kidding .
-
Whean i make a turn which is shown at 0:46 my outer sphere always travels weight-down, so the holes stay up, not down like in the video. WAIDW?
-
@penskyfiler hey um pensky when i try it the weight only moves a little so can u make a vid on how to fix this plz?
-
i like how i cant even do the rotate the outer axis 180 degrees part haha
Why is it that when you have the outer weight lined up with the inner hole, the hole follows the weight back down to the bottom? The only reason I could come up with is that they're magnetized...but I'm no physics major...
soupofkings 2 years ago
No not magnets!!! Need to be an engineering major ;-) When you rotate the sphere like this, the weights are not applying a great deal of force out of plane. There is a small amount of friction in the bearings - just enough to stop it from moving. You will notice, as you get the the last couple of balls, there is less weight in the inner sphere and thus less friction on the bearings - thus it gets a little more sensitive.
penskyfiler 2 years ago