Turn the front face counterclockwise, the right face counterclockwise, the bottom face to the right and the right face clockwise. Now rotate the front face clockwise, and more the bottom slice 180 degrees to the right. Rotate the right face counter-clockwise, rotate the bottom slice left, turn the right face clockwise. For each piece, place the white side under the corner it is supposed to occupy. 2nd step: Now is the time to fill in the blank corners. When the unfinished layer is now faced downward that corner is the lower right corner. It has tricks to flip an edge (FU’ RU), grab a piece from the bottom layer (F’ U’ RU) and middle layer (U’ RU or UL’ U’). Tipping the cube so you can see the bottom orient a properly placed corner in the upper right corner. The process for swapping diagonal corners is nearly identical. Rotate the right face counterclockwise, the bottom slice to the right and right face clockwise. Rotate the front face clockwise, now torn the bottom slice to the right. Turn the right face counter clockwise the rotate the bottom slice to the left. In the case of 2 being properly placed in the same face, the unfinished face of the cube is faced down with the two incorrectly placed corners in the lower front corners. Case 1 proceeds to the next step, while cases 2&3 need proper relocation. All in place, two in place on the same face or two in place diagonal to one another. There were 3 possible corner location configurations. Then hold the cube as shown in the middle picture and perform the algorithm given below. One Corner is perfectly aligned with the top centerpiece. If you have the angle, hold it in the bottom right corner and, once again, turn the front two layers to the right, perform a righty alg, and flip them back up.
Once I finish the top 2 layers, I check the last layer corner placements. Then rotate the upper layer to get the left facing flat surface piece in the left, as shown in the upper picture, and perform the algorithm given below. Perform the righty alg and turn the front faces back up. Before you start this step, flip the cube over so the face that is complete is now the bottom. As a result I orient the cube with the first layer on top and it stays there throughout without changing cube orientation. Finally, you have to insert the last edge with a face rotated 45 degrees (just like you did to take it out).My method was developed not borrowed. If you find that a corner block is already at the top level but is in the wrong position or flipped in the wrong way, keep the block in the upper right corner of the cube and perform a Ri Di RD. Now, put the pieces back in the cube, but this time in the correct position.
Once you have taken out an edge, it’s easy to take out the rest of the pieces you need to change. Put a thumb on each edge and make pressure in opposite directions. To take out the pieces of the cube, turn 45 degrees one face (see photo). Therefore, it is advisable to solve most of the cube, so you don’t have to remove and replace so many pieces. In order to fix the cube, you need to take out the pieces that are not properly in place and put them back so that the cube is fully solved. If the piece is now put back in the cube in a different position or orientation, the cube will now be impossible to solve. Most of the times, the Rubik’s Cube becomes unsolvable because someone, intentionally or unintentionally, takes one or more pieces out of the cube. If the white is on the right side, use R’ D’ R.
For each piece, get the white face under the corner it’s supposed to occupy. Why there are Rubik’s Cubes that can’t be solved Step 2: Now it’s time to fill in the white corners. If you’re looking at Rubik’s Cube solutions and your case does not correspond to any of those represented, then your cube in unsolvable.
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