![]() Step 5: Positioning the Last Layer Corners This will result in a familiar look: the yellow right angle, so simply complete the sequence for the angle:Īnd your yellow cross is complete. ![]() In this scenario, you simply combine the algorithms for the line and angle. ![]() (Think of it as being the same as the line, only you turn the two front faces instead of just one.)Īnd with the dot, there are no edges found with the yellow center. To form the cross, perform this sequence: With the angle, you'll find a yellow right angle formed by the right and bottom edge pieces with the center. Image by TheCubicleUs/YouTubeįor the line, you'll find the yellow squares are connected from the top left corner to the bottom right. Here you can see the line, the angle, and the dot. To do this, you'll simply be loading a white corner piece into the top right, and then through repetition of the R U R' U' sequence, dropping it down to the bottom. For this step, you'll be filling in the white corners of the white cross. Among them, dropping a corner piece from the top right to the bottom right slot. In this step, you will first use the R U R' U' algorithm learned above. ( Note: Because the daisy has a yellow dot, we know the opposite is the white.) Do this for all the colors and you'll end up with the cross. Once they are, rotate the face or front (180 degrees) to move the white/color edge on the bottom, where the white dot/center is waiting. To do so, simply rotate the two bottom layers until the colors match up (green to green, blue to blue, etc.). The objective is to first line up the white-edge piece's other color with its center. ![]() As an example, the algorithm of R U R' U' translates to:ĭon't Miss: This Insanely Fast Robot Solved a Rubik's Cube in Just 0.637 Seconds įor this method, the only letters that will be used are: R, U, L, and F, where a lowercase letter means that the move should be done for two layers (e.g., f means that the first two front/face layers should be turned once). In fact the only thing you really have to memorize is one four-move sequence and several applications of it. The method is designed to minimize intense thinking and memorization. This method is easy because it's broken down into small steps, each with an obvious and well-defined goal. Dirt and dust stick to the petroleum jelly, which means you'll be cleaning and lubing often, so stick with silicone spray.ĭon't Miss: How to Clean & Lubricate Rubik's Cube Puzzles The SolutionĪs explains, this "easy" solution relies on only a few moves, going through the cube one layer at a time. Some people recommend using Vaseline to lubricate the cube, but MeMyselfAndPi on YouTube says that silicone spray is better because it evaporates. To go faster on the Rubik's Cube, you'll need to disassemble and lube it up. A Quick Shortcut for Going Fasterīefore we get to the solution, there's one surefire way to make this go faster overall, if you want to get speedcuber heights, anymore. When the letter appears with a prime ( ') or apostrophe, then it means the part should be turned counterclockwise. So for F, the cube's front or face will be turned clockwise once. When the algorithm lists one of these letters, it means that part of the cube should be moved 90 degrees clockwise. Letters correspond to a part of the cube: As you'll see, these sequences manipulate the piece(s) into desired locations and remarkably every scenario has a solution. Notation: To follow this method, you'll be completing a series of moves known as algorithms. Well, today you just might be that much closer as we take a look at solving the Rubik's Cube (for beginners) with a method called "layer-by-layer," courtesy of Phil from a first step perhaps to solving the puzzle one day as fast as this:Ĭenter (left), edge (middle), and corner (right) pieces. I know that many of us would like to solve it just once. Now, what about that one solution?ĭon't Miss: Rubik's Cube World Record Broken With Stunning 4.373 TimeĪs cubers, mathematicians, and puzzle fans have discovered, there's actually more than one way to solve the ingenious 3x3x3 cube. Of course, the answer to this is "Yes." In fact, shortly after its debut in 1980, when it was first taking the world by storm, the toy's early packaging read: "Over 3 billion combinations / Just 1 solution." Time has proven that there's even more than 3 billion permutations: try 43 quintillion (or to be precise 43,252,003,274,489,856,000). Every twist, every turn, the cube just gets more and more mixed up. And if you're like me, or even the cube's inventor Erno Rubik, your first attempts likely ended in futility. As the best-selling toy of all time, the odds of you once playing with a Rubik's Cube are pretty high. ![]()
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