So how does spinning to trick work?

Well, a lot of you identified that the tube is rotating about its long axis, and it's also rotating horizontally about its middle.

But how does that allow us to see one symbol and not the other?

Well, let's say we press on the X be pressed on the X.

It'll actually be spinning backwards with respect to the motion of the tube in its horizontal rotation.

So when the ex turns to face upwards, it will actually be spinning backwards with the tube while the tube is moving forwards.

So the velocity of the X will be reduced by its spin in the backwards direction.

On the other hand, the O is spinning in the same direction as the tube is moving, which means that the O will move across your field of view much faster, and therefore it will be much more difficult to see.

I want to say a big thank you for all of those who submitted a video response.

I really, really enjoyed watching your work.

Okay, Okay.

A smart He's got a smoother surfaces like that.

Oh, this is my favorite part way.

All right.

He would spend the old back towards me.

So the side touching the ground travels less distance than the part, not touching the ground, causing it to spin slightly slower.

The outer part takes longer to do 1 72 hours.

That's amazing.

There's a dedication.

I would also like to thank everyone who posted in the comments.

Their suggestions.

I think Rumble 45 was the 1st 1 to post a correct solution so well done to you.

And this just shows me that we need some more complicated physics puzzles for you guys to try to solve.

So I'll see what I can do, and I'll post one up shortly.

Until then, keep spinning those tubes.

Really, Warren.