# How to make the Rubik’s cube 3x3x3 blind?

**Sommaire de notre article**

### How to make the Rubik’s cube 3x3x3 blind?

The color is first memorized in U (for example Green) then that in R (for example Orange). Then, we retain the corresponding code. Then we look at the **cube** which is at the place where the edge that we have retained must go. We retain this edge again, paying attention to the direction.

### How to make the Rubik’s cube 44?

**In summary, the simple method for the Rubik’s cube 4×4 involves the following steps:**

- 1)
**Finish**the centers. - 2) Group the edges in pairs.
- 3) Solve as one
**cube**3×3. - 4) Solve the parity problems specific to the wholesalers
**cubes**.

### Which brand of Rubik’s Cube to choose?

**Top 10 Rubik’s Cubes (Reviews & Tests) From 2022**

- Vdealen 3x3x3 Speed
**Cube**of magic. … - Roxenda Speed
**Cube**2x2x2. … - Maomaoyu Magic
**Cube**4×4 Stickerless Magic Puzzle. … - Toyess Magic
**Cube**5x5x5 Stickerless Speed Puzzle. … - LSMY Pyraminx 3×3 Puzzle
**Cube**Toys. … - Wings of wind 12 Faces Shengshou Megaminx. …
- Cooja mirror
**cube**magic 3×3.

### What is the composition of the Rubik’s Cube?

[Haut de page] The rubik’s cube is made up of 12 edges and 8 corners and 6 centers. We will take the centers as a point of reference, moreover a rotation on itself of a center has no consequence on the cube, so we will not consider them.

### What is the Rubik’s Cube?

Mathematical analysis of the Rubik’s Cube Mathematical analysis of the Rubik’s Cube What is the Rubik’s Cube? A toy, a puzzle, or a mathematical object?? At first glance, it’s quite simple: a cube of 56 mm side, made up of 27 colored cubes.

### Who is the fastest human in the Rubik’s Cube?

The previous record from early 2016 was 900 milliseconds. The fastest human in the Rubik’s Cube is a slow pacer with 4.9 seconds! The construction of the Rubik’s Cube always rests on a central core carrying six axes at the end of which are fixed the cubes occupying the center of each face.

### How to calculate the rotations of a Rubik’s Cube?

The rubik’s cube has 6 faces which can be turned in one direction, in the other, and make U-turns. This therefore gives us 6*3 = 18 existing moves. But when we have turned a face, we come to nothing if we turn this face over. It is therefore necessary that after the first move, we limit ourselves to 18-3 = 15 possibilities of rotations.