The puzzle every astronaut must overcome before entering the universe, can you do it?

Recently, an English astronaut shared what he had to go through to be on the ISS station. Among them, there is a relatively interesting puzzle.

As a child, many of us wished to become a true astronaut. We want to follow those who went before us, into the dark spaces of the universe, and discover the mysteries that transcend human imagination.

But to do that is not simple. Not only need health and natural science knowledge, but also the ability to think quickly in all circumstances. And to verify that, astronauts before going into space will have to do different tests.

Here's one of those questions. That was the question of Team Peake - an English astronaut who had to answer before spending nearly 186 days on the ISS international space station.

A question of stature . astronaut. So can you do it, please check it out.

The question is as follows

Imagine you have a cube, can flip left, right, flip forward (toward you) or flip backwards (farther away from you). The bottom of the cube is a dot.

Imagine hours in your head, roll the box block as follows: front, left, left, front, right, back, right.

Now where is the dot?

Picture 1 of The puzzle every astronaut must overcome before entering the universe, can you do it?
Puzzles for astronauts.

The new puzzle was recently published on Peake's fanpage of nearly 700,000 followers, and it attracted a lot of debate. Someone can solve it very quickly, but not many people are correct.

How about you? If you can't solve it, see the answer below.

Answer

"Imagine a box on the palm of your hand and start rotating it" - that's how a Facebook user shares this question.

And the answer is: the dot is still at the bottom of the box.

However, there are other opinions about the solution. It is said that if viewed from a philosophical perspective, the dot was originally set at the bottom of the box, it would always be there, no matter where the box rolled. And one important thing is the speed at which you solve this question, how many seconds have you lost?