if you are talking about one color surrounded by another color, like a flower. start with a solved cube. then turn the layer that's in between the top and bottom layers to the left. then turn the layer that's in between the right side and the left down. then do the reverse for both: turn the first layer back to the right. and turn the side that you turned down (wich is the on between the right and left) back up repeat this and eventually, you will get a flower on each side. if yu have any questions. email me someboy535@gmail
good luck!
Such an algorithm is called a 'God algorithm', from the fact that it would only be known by god/the gods. Although many have tried to find it, none have so far discovered it (assuming it exists). To solve a cube by algorithm, you need to know the appropriate algorithm to apply and when in the stages of solving; different sets can use large numbers of algorithm.
In Step 1 and the final step to solve the 1x1, you use a algorithm, that algorithm is U Ui.
The J-Perm algorithm for the 3x3 Rubik's Cube was discovered through a combination of systematic testing and pattern recognition by speedcubers. It is part of a broader set of algorithms used to efficiently permute the last layer pieces while maintaining the orientation of the cube. The name "J-Perm" comes from the shape of the cycle it creates, resembling the letter "J." Its efficiency and effectiveness made it a popular choice among cubers, contributing to its widespread use in solving the cube quickly.
An algorithm.
M = Turning the Middle layer towards you. M' = Turns the layer away from you
There isn't a single algorithm that solves a Rubik's Cube in all situations; rather, there are various methods and algorithms tailored to different stages of solving the cube. Popular methods like the CFOP, Roux, and beginners' methods use specific algorithms for certain patterns or configurations. Each method has its own set of algorithms that can be employed depending on the cube's state. Ultimately, while many algorithms can help solve the cube, a comprehensive approach involves learning multiple algorithms for various scenarios.
Solving a cube requires many algorithms to used in succession and depending on the position each previous algorithm leaves you with. There are many sets available, some requiring more experience and skill than others. A Google search will return many useful links on the subject.
what is the pure algorithm instead of cpp program?
A cube has 8 vertices.
CHEAT!
cube's are consisted of squares, so none.but it takes 6 squares to make up a cube.
there are 11 nets that make a cube