

For further instructions you can visit 's-Cube-(Easy-Move-Notation). If you’ve ever tried to solve the Rubik’s cube and given up, I encourage you to try it again now using the Fridrich method I began to explain. Now you should have the bottom of the cube solid white and the bottom layer of each side filled with one color. It could take a few tries to get it right but keep repeating it until you get it. Then do the following move: move the right side clockwise, top clockwise, right counter clockwise.Ĩ.Do the same steps with the other white pieces. Match the adjacent color diagonally to its same color by moving only the top layer. This move can be used on any side.ħ.Now look at the other color that is adjacent to the white on its side, not top. Up clockwise, to 180 degrees, then right goes right back down. If you have a white corner piece on the top you have to memorize a move. The next 2 steps are the hardest to follow but I will try my best to explain clearly.Ħ.Look around the cube for white corner pieces.Now each white piece should still be matched to the same color center piece. Do so for every color until you get the all-white cross.Ĥ.Each white piece of the cross will have a color adjacent to it.Ģ.You want to match up the, say white blue piece to the blue center piece and the white red piece to the red center piece and so on.ģ.Then you want to make sure the white piece is matched up with the bottom white center piece and flip the from face 180 degrees clockwise.Move the pieces to the top of the cube around the yellow piece.

I chose to start with the white center piece on the bottom and the opposite side yellow piece on the top, simply because that’s the way I learned.ġ.Look around the cube for white edge pieces, not corner pieces but pieces that outline the cross shape. The center color determines the color of the side. Order custom essay Rubik’s Cube Instructional SpeechĮach side of the cube has a different color center. I like to start with the color white, so I will describe the steps according to starting with the white cross.
RUBIX CUBE FLIP SIDE PIECE HOW TO
Now today, I’m only going to explain how to solve one face of the cube due to the limited amount of time. But the one that I have found to be easiest to understand was the Fridrich Method. As I said before, there are many different algorithms and ways to solve a Rubik’s cube. In the next few minutes, I would like to share with you how to solve the Rubik’s Cube. There are a variety of methods used to solve a Rubik’s Cube, but the most popular and the most effective is called the Fridrich method. Solving a Rubik’s Cube requires some study and decision-making. Little did Rubik know that his cube would become a sensation around the world with the first world championship held in his native, Budapest, in 1982, with a sixteen year old Vietnamese girl winning the competition, unscrambling the Cube in 22.95 seconds. However, Rubik did not give the cube his name-he called it the “Magic Cube.” It was renamed the Rubik's Cube by the Ideal Toy Corporation in 1980. He was working on a model that would help him explain a three-dimensional geometric when he finally ended up creating the famous, colorful cubical form we know as a Rubik’s cube! Once all of the corner pieces are placed, simply shift the yellow-facing layer 1-2 times, as needed, until the cube is fully solved.In 1974, a twenty-nine year old Hungarian named Erno Rubik was trying to solve a structural design problem. What is the minimum number of turns needed to solve a rubik's cube with one edge piece faced the wrong way on the 3rd layer Example. Once you have found it, turn the cube around so that the corner piece has its white face facing either right or left. If the yellow side contains half of a cross, rotate the cube around such that the cross is pointed to the right, facing you. Flip over the cube (white is now at the bottom and yellow at the top) You should find there are 0, 2, or 4 pieces (of the white cross) facing up. The method of solving is the same even when the two incorrectly positioned pieces are put diagonally (after solving the first one we rotate the upper side for. In doing this, we also need to ensure the other colors of the four white edge pieces line up with the right centerpieces in the rest of the Cube. Once you have made the yellow cross, you will need to put yellow border pieces in their final position, in order to match the colors of the side center pieces. Our next objective is to reach what is called a yellow cross in the upper part of the upper part, without breaking any of the work that we did in the lower two layers. To solve the next step, you need to perform a few algorithms, or spin patterns, which lead to the specific cube position.
