![]() Keep in mind that when you solve the one side, you have to solve the adjoining row at the same time. Solving the top row is the hardest part of the solution, believe it or not. If a segment is in the right place but is facing the wrong way, then it is oriented incorrectly. If a segment is in the wrong place, it is said to be in the wrong position. There is a difference between oriented and positioned. Even if you do finish replacing the stickers, you make solving the cube more difficult and awkward to a person who actually knows how to solve it since the colors are not in the same place in relation to each other. Peeling off the stickers is not the solution (in fact if you start to peel off some of the stickers but never finish putting the rest in their places, you are most likely going to cause an impossible combination and make the cube unsolvable). If you want to move one of the colors to another position, the other has to come too. Those two stickers will always stay next to each other. They only twist around in place, even though it looks like they change places. A corner piece will always remain a corner piece no matter how you turn the cube.Ĭenter pieces never change their position in relation to each other.A center square will always remain a center square no matter how you turn the cube.Īn edge piece will always remain an edge piece no matter how you turn the cube.These include 1 triple-axis, 12 edge pieces, and 8 corner pieces. The cube consists of 21 individually moving parts.Once you get this method down pretty good, and you want to work on your solving time, I suggest you learn the Fridrich Method or another speed cubing method. If you learn this solution thoroughly, your best time might be around a minute or a minute and a half. I've seen people memorize this solution in a day. That will require a good deal of memorization, but it's not impossible. Therefore you will not be able to go off and solve a Rubik's Cube immediately after reading this page only once. The solution presented here falls on the low-thinking range, mild-memorization, but fairly-slow part of the spectrum. Others require lots of both but are extremely fast. Others require lots of thinking but little memorization. Some solutions require quite a bit of memorization and little thinking. Finally, execute the corresponding solution to the case you have obtained.This is a simple solution to the Rubik's Cube composed of various methods that I merged together that I felt was the easiest for beginners to learn. If there are three or four incorrectly oriented corners, set the Rubik’s Cube like you see in the photos and apply the first of the previous solutions, solving at least one of the corners. Notice that the ‘nearest’ corner is the one that needs a clockwise rotation.Ĭases 2, 3 and 4: Three or four corners incorrectly oriented Finally, follow the last set of movements.Ĭase 1: (Read first the above message) Two corners incorrectly oriented Then, make the correspond movement depending on the variant of the red table you have. To resolve this step, execute the first set of movements. In Case 1 there are three subcases, so first of all is to see what subcase is the one that you have. But before proceeding to solve it you must know a few things. Very Important: This step is not as easy as others, but not much more complicated. If there are two incorrectly oriented corners, we will execute the following solution with a variant or another depending on the scenario we have. Maybe there are two, three or four incorrectly oriented corners in the last layer of the Rubik’s Cube. We just have left the rotation of the last layer corners and we’ll have solved the Rubik’s Cube. ![]() In the previous step we have solved the Rubik’s Cube in order to put all the pieces into their right position.
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