![]() After that execution, 2 correctly permuted corners will show up. If you don't have 2 corners that are correctly permuted, just execute the following algorithm below from any angle that you want. Look for the same color in 2 adjacent corners). The way to solve this method is by looking for 2 corners that are correctly permuted in relation to each other (can be easily recognized by the fact that 2 correctly solved corners in relation to each other has the same color on their mutual face. This step is very similar to step 5 of the 3x3 solution (beginner's method) (-also the same algorithm can be applied, it is just that the one I show here permutes the corners clockwise and not counter-clockwise). In this step the goal is to permute the last layer pieces so they will be also correctly solved in relation to each other, and not only correctly oriented. Step 3 (and last): Permuting the last layer pieces For the seventh case best algorithm is the first Fish (OLL algorithm #37).For the sixth case best algorithm is the second T (OLL algorithm #33). ![]()
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