state 2: 2 corners are one same positions and 2 others are not and in diagonal: apply the state 2 solution after adjacent swap will come and apply above algorithmģ. state 2: 2 corners are one same positions and 2 others are not and in adjacent: sol: hold it that incorrect corners on right side: apply to swap the corners: 3R-alg spin-right 3L-alg and now rotate bottom two layers to position the corners on correct postion.ģ. state 1: all 4 corners are in the correct postion Ģ. rotate the bottom 2 layers and find that top corners are on the correct position of group of centresġ. Positioning top yellow layer corner pieces with correct position of corresponding edge pieces matches with centres.Ģ. Dot: Solution: apply alg for line and then angleĥ. edge making V or Angle: Solution: hold it on angle on right-front side and apply: f R-alg fiĤ. edge makeing line : Soltion: hold it in horizontal and apply: F R-alg Fiģ. Top face yellow cross only, ignore whatever on other side of edge piecesĢ. If left apply alg: Ui L-alg spin-left R-algĤ. If right apply alg: U R-alg spin-right L-algĦ. Determine whether the edge needs to go left or right.ĥ. rotate the bottom two layers together unitil the colors matchĤ. Find the edge no yellow color from top layer ģ. second layer edge with matching with coressponding centre piece (move top layer edge pieces to middle layer edge pieces except yellow)Ģ. if it is trapped in white corner with diffrent side, apply a righty alg to get it on top and flollow the prev steps.ģ. First layer corners(solve corners of white face with matching with other face center color with Righty-alg, rotoate bottom 2 layers to match with center pieces)ġ. Spin Left: rotote whole cube by 90deg in anti-closewiseĢ. Spin Right: rotote whole cube by 90deg in closewiseĤ.
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