Learning how to solve a Rubik’s cube is not a difficult task. In fact, it is possible to solve it in less than a minute. Most fast cubers solve it using the CFOP method. It involves rotating the green face 180 degrees. Next, they place the four edge pieces without reorienting the cube. Finally, they place the center piece in the top left corner.
Rotate the green face 180o
There are three different ways to solve the Rubik’s cube. One of these is to rotate the green face by 1/4 turn. The other way is to rotate it by one full rotation. However, if you’re not sure about which way to go, you can consult a Rubik’s cube FAQ page to get the answer to the question “How do I solve a Rubik’s cube?”
First, rotate the green face to the right, so that the green-white edge faces you. Next, rotate the other two layers to align the green face with the center. Then, rotate the front face twice, to align it with the center of the cube. Repeat this process with the white faces, one at a time, until you have the cube in the desired shape.
To solve the Rubik’s cube, you first need to identify the edges that you need to move. Once you’ve determined which ones are to be moved, you need to turn the Up face until the two edge pieces of the same color are connected to each other. If they don’t, you’ll have to switch places with the other two edge pieces.
Place the four edge pieces without reorienting the cube
The first trick to solve this puzzle is to place the four edge pieces without reorienting it. This requires placing the four edge pieces in a specific order without reorienting the cube. For example, the white edge piece should be placed so that the white panel is on top and the yellow center is on bottom. You can repeat this process to solve the puzzle with the yellow edge piece.
You can also fix the cube’s corners if you’re using the wrong corner cubies. Incorrectly positioned corner cubies can muck up the whole puzzle. Refer to the Rubik’s Cube FAQ to learn the proper way to align the corner cubies. You can also view an interactive Rubik’s cube to learn which edges are in the wrong place.
The next step is to place the four edge pieces in the middle layer. You must find the edge piece that matches the front color. If you have the red/blue edge, you will need to rotate the bottom layer to make the blue/red edge match the front color.
Place the centerpiece in the top left corner
To make a centerpiece for a Rubik’s cube, first determine which face is the center. For instance, if the face of the cube is white, place a blue sticker on it. This will match the color of the centerpiece. Now, place the yellow center piece on top of the white edge piece.
You need to make sure that all the pieces of the center face are aligned correctly, and then place the center of the cube over the centerpiece. This will help identify the face to which the yellow center piece belongs. Once you’ve solved the top layer, move on to the middle layer. This step is quite straightforward. Use the same algorithm you used to solve the trigger moves.
Then, hold the cube with the yellow center piece facing upwards. After doing so, turn the cube until the top layer matches one of the patterns in the center piece. You must then execute the matching sequence to complete the puzzle and create a yellow cross.
Place the green/white/red corner piece
To solve a Rubik’s cub, the first step is to rotate the upper row to turn the green/white/red corner piece. When the corner piece is on the top row, it can be turned in any direction, but it can’t be placed underneath an edge piece. To move a corner piece, use one of three methods.
You can place the edge piece first, but be sure to place it in the top layer. Then, move the green/white/red corner piece to the bottom layer. Once you’ve positioned the corner piece in the correct direction, rotate it counter clockwise one quarter turn.
Now, the next step is to rotate the corner piece to match the color of the adjacent layers. This step can be done by using the right-hand algorithm. The green/white/red corner piece should face the right side. After this step, the bottom two layers are rotated until they reach the solve state.