The Rubik's Cube is perhaps the most famous puzzle in the world, which is not easy to solve without knowing a special assembly algorithm. Some people can easily solve the Rubik's Cube in a matter of minutes, but there are many more people whose attempts can never be crowned with success. If you have been looking for a way to solve the Rubik's cube for a long time, a step-by-step algorithm of actions will help you.
Instructions
Step 1
Take a cube and choose which color you start with - for example, orange. This color will match the bottom edge of the cube throughout the entire assembly. On the bottom edge of the cube, you must make a symmetrical cross from orange squares. In this case, two squares on the side faces, coinciding with the edges of the "cross", must also be of the same color.
Step 2
Now, if the necessary part for the next step is in the middle plane of the cube, transfer it to the upper plane so that another of the same square appears on the side face of the cube next to the two squares of the same color obtained above. In this case, the bottom edge of the cube should be almost completely filled with orange squares - only one of its corners remains empty.
Step 3
This corner can be in the upper plane of the cube in different positions or in the lower plane. If it is on the top plane, rotate the top of the cube so that the three corner colors match the colors of the front, bottom, and right sides of the cube. Collect all the corners.
Step 4
Now locate the working corner and start collecting the middle sides of the cube. Find the colors in the top plane of the cube that should be on the side faces, and then rotate the cube, placing the side colors between the right and front sides. The working corner should be under the side of the cube.
Step 5
Be sure to set the working angle exactly under the side you are working on. Now the cube should be almost completely assembled - its upper plane of nine small cubes remains unassembled. Flip the cube and fix the working angle.
Step 6
Assemble a cross from one-color squares on the top of the cube. Rotate the side edges of the cube so that all four remaining corners snap into place, even if they are incorrectly rotated. Rotate the cube until the top edge is filled with squares of the same color.
