*Last R' U R can be avoided if back slot is empty. The sequence in () is the last part of the solving, when the edge-corner pieces are being inserted to the block.Ĭorner on top, FL color facing side, edge colors matchĬorner on top, FL color facing side, edge colors opposite It doesn't say it's the best algorithm, just that I found it best working for me and my fingertricks, the other algorithms are also used by speedcubers. The bolded algorithm is the one that I use in my solving. ¿Siempre te ha semejado muy complicado el cubo 3×3. 3 Extiende la cruz hacia abajo hasta las esquinas. Repite el procedimiento para cada recuadro de borde blanco hasta que estén todos en la cara superior. Gira F2 (hacia adelante 180°) para llevar el recuadro blanco hacia la posición UF. Para llevarlos a cabo,buscaremos una arista que no tenga el color amarillo y la ponemos de manera que el tono de la arista coincida con el color del centro. Gira todo el cubo de forma que el 'espacio vacío' esté ubicado en UF (la cara superior junto a la cara delantera). Keep in mind that you want to use these algorithms to understand how they work and to be able to make an intuitive solving, rather than algorithmic solution. Como Armar Un Cubo Rubik 3×3 En 7 Pasos.Para esta situación debemos aprender 2 fáciles algoritmos. I added the best solving algorithms for all the possible variations. The variations are divided into groups according to where the corner & edge pieces are located in the Rubik's cube. Many of these cases are very similar to each other (mirrors) and therefore use similar solutions. There are 41 different variations for solving the corner-edge pieces in the F2L step.
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