There are many approaches to solving a Rubik’s cube. These methods have different levels of difficulties. A Rubik's cubes can't be solved in a blink of an eye, it takes a while to figure out how to solve a Rubik's cube . The inventor of the Rubik's cube, Erno Rubik took one month to solve a Rubik's cube. Today we are going to show you one of the easiest ways to solve a 3×3×3 Rubik’s cube.
| Front | Fi – You have to move the front face to the right. | F – You have move the front face to the left. |
|---|---|---|
| Back | Bi – You have move the back face to the right. | B – You have move the back face to the left. |
| Right | Ri – You have to move the right face downward. | R – You have to move the right face upward. |
| Left | Li – You have to move the left face upward. | L – You have to move the left face downward. |
| Down | Di – You have to move the bottom face to the right. | D – You have to move the bottom face to the left. |
| Up | Ui – You have to move the upper face to the right. | U – You have to move the upper face to the left. |
| Stage 1 | Match the top layer edge part with the center parts below. |
|---|---|
| Stage 2 | White corners |
| Stage 3 | Second layer |
| Stage 4 | Yellow cross |
| Stage 5 | Orient yellow edges |
| Stage 6 | Yellow corner |
| Stage 7 | Orient yellow corners |
Make a cross and match the colors. There is no specific way to do this so you have to do the yourself.
Aim – To switch between two adjacent edge parts
Aim – To switch between two parallel edge parts
Arrange the top layer corner part.
Aim – When corner part of the top layer is on the bottom right face
Aim – When the corner part of the top layer is on the bottom left face
Aim – When the corner part of the top layer is on the bottom face
Aim – The corner part of the top layer is on the top right face
Aim – When the corner part of the top layer is on the top left face
Aim – When the edge part is on the top right face
Aim – When the edge part is on the top left face
Aim – When all the edge parts are not in place
Aim – When on 2 adjacent edge parts are in the proper place
Aim – When 2 parallel edge parts are in place
Aim – When only one edge part is in proper place. You might need to repeat this step twice for the intended outcome.
Aim – When only one corner place is in proper place. In this step you have to place all the corner parts in the correct place. You may have to repeat the step twice to get your intended outcome.
Aim – When two adjacent parts are on the same place
Aim – When two adjacent corner parts are on parallel faces
Congrats! You will have a solve cube!
