Now only the vertices of the final layer need to be solved. This should leave you with all the edge blocks in the final layer oriented and positioned correctly. If necessary, repeat this sequence once more. Orient the cube so that the correct edge block is facing you (up-front).Twist the top layer so that only one edge block is in its correct position.if the face is followed by a 2 like in R2, it means 180 degrees counter-clockwise. ![]() if the face is followed by a like in R, it means 90 degrees counter-clockwise rotation. Noting the face, means a 90 degrees clockwise rotation. The sequence to position them correctly rotates three edge blocks simultaneously. Each face of the Rubiks cube is notated with its first letter: R ight, L eft, U p, D own, F ront, B ack. These algorithms are for two separate cases. The side of the cube with the edge piece that needs to be rotated is going to be your Front (F). They may not be in the correct positions yet though: side-facing colors may not all match the side-facing middle tiles. Use the following algorithm to place the edge pieces and to complete the second layer. Step 2 – Positioning the edge blocksĪll edge blocks in the final layer are now oriented correctly, with their up-facing colors matching the color of the middle tile. Next step is putting them in their correct positions. Then twist the same sequence once more:Īfter this, all edge blocks in the final later should be oriented correctly. With two adjacent edges flipped, turn the top layer to orient those two blocks up-right and up-back.This will ensure that two adjacent flipped edges are left, bringing you to 3. If two opposite edge blocks are flipped, twist the same sequence as 1:.This will flip two opposite edges, bringing you to step 2. If all four edge blocks are flipped, twist this sequence:.The sequence to get them all oriented correctly is the same in all cases, just needs to be repeated as often as required. If any edge blocks in the final layer are flipped, they will be flipped in pairs: two or four. The edge blocks in the final layer may be oriented correctly (upward-facing color matching the upward-facing middle tier), or flipped. ![]() It seems that I was only able to make 2 sides have colors match as the other two don’t. With the final layer facing up, begin by solving the edge blocks. I finally figured out how to get the white cross but I’m watching a video and he says make sure that each side of the white cross has matching colors. To solve the final layer of the cube, first orient it so that the unsolved final layer is facing up.
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