![]() This one just happens to move a little bit easier but really when you are going to start out, it doesn't really matter. Basically, there's not really much difference. This is actually an original Rubik's cube and this is what's classified as a speed cube. Now, you'll know as perhaps that these are different. When you're ready, grab your Rubik's cube and let's jump into the first lesson.Ģ. You might find stages easier or harder than others, so feel free to skip back and forth. Also feel free to jump forward and back in-between lessons wherever you get stuck. I've included PDFs for downloading which have all the simplified algorithms on them. Then we'll go on to making a white cross before solving first two layers and finally the last layer. What we'll learn first are the basics of how the cube moves and how to move pieces around. That means you can concentrate mainly on just getting faster at the intuitive stage of solving the Rubik's cube. That means the least amount of memory work. For these classes, I have reduced the number of algorithms down to the bare minimum. If you go all out and learn everything there is to know about CFOP, you can easily get this done to below 20 seconds. ![]() Using this simplified version of CFOP that I'm going to teach you in these classes, I was able to get down to about 45 seconds within a couple of months. CFOP allows you to get your times really down low if you want to get really good at this. The method that we're going to be using is called CFOP. In this classes, I'm going to teach you how to avoid all those hiccups and get solving this cube as quickly as possible. The difficulties I encountered and all the little mistakes I made are still fresh in my mind. Last year, I learned how to solve the three by three by three Rubik's cube, the original Rubik's cube. Some of you might know me from my YouTube channel that I run where I learn skills as quickly as possible. Learn to Solve the Rubik's Cube the Easiest Way (CFOP Tutorial): Hello there, ladies and gentlemen. I hope you enjoy the class and it helps get you to your first Rubik’s cube solve.ġ. I took on this cube as well, check it out below. There have been several variations on the standard 3x3x3 cube since the original, the most popular of which is the 5x5x5 (also known as the Professor’s Cube), which increases the amount of possible combinations from 43 quintillion to 283 duodecillion or 2.83 * 10^74. ![]() It the original patent, it was first named the “Magic Cube” not until 1980 was it finally christened Rubik’s cube after its creator. Not until he first scrambled the pieces and attempt to put them back in order did he realize his cube made for a challenging puzzle. Rubik created the cube as a teaching tool so that his students could understand how to move parts of a 3D object independently without fundamentally altering or destroying it. Here's a YouTube video I made of my progress in learning how to solve the 3x3x3 cube in under 2 minutes (plus some extra fun trivia about Rubik's cubes):Ī brief history on the Rubik’s cube: the original inventor was Ernő Rubik, a professor at the Department of Interior Design at the Academy of Applied Arts and Crafts in Budapest during the 1970’s. Permutation of the last layer: walking through the final stage of the solve, we'll go over how to use our algorithms to correctly align the last pieces and finish the cube! Here's where I show you how to correctly apply a SUNE or anti-SUNE algorithm to orientate the last layer. ![]() Orientation of the last layer: now the algorithms come into play. Like a true Rubik's cube solver, we'll do this by intuition and leave the algorithms for later. First 2 layers: once you have your cross built, it's time to start getting the layers solved. The white cross: the first step to getting a cube solved, forming a white cross will provide the foundation to solving a Rubik's cube. ![]() Rubik's cube notation: the CFOP method relies on Rubik's cube algorithms to get to a finished solve, so I go over how to read the letters and numbers that make up cube algorithms. There is no one-size-fits-all Rubik's cube solution, and there's plenty more you can dive into after this class, but these will get you all the way to end. Included are all the algorithms and methods required to learn how to solve a Rubik's cube.Īlthough it may seem complicated, Rubik's cube solving can actually be quite simple once you get the hang of it. Starting with the basics and leading all the way up to a completed solve, you'll be speed solving cubes in no time. In this class, Mike Boyd walks you through every stage of solving the Rubik's cube. ![]()
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