Most cubers memorize algorithms and learn how to apply them. The first layer can be solved with straightforward logic. Keep going until your top layer is solved! You’ll know it’s correct if each side has a coloured ’T’. The white corner will either be on the bottom or one of the sides. ![]() ![]() Spin the bottom layer out of the way and fix your white cross. If a white piece is in the top layer, start by bringing it down to the bottom. Move it out of the way and fix your white cross. Now rotate the side so that the corner is on the bottom layer. Spin the bottom layer until the corner is directly under the piece it needs to replace. White pieces at the bottom take an extra step. Fix your white cross by twisting the row back up.It should now be beside the white centre piece. Move the white corner back to its original position.Move the corner “out of the way” by turning it to the side.This corner will replace the piece on top of it. Rotate until the the non-white side of the corner matches its centre piece.The most straightforward are the pieces on the bottom layer of the sides. The next step is to add the white corners. The result is a white cross The White Corners Do this for the other three middle pieces.What’s the colour on its side? Rotate the top until that side piece matches the colour of the centre piece. Look at one of the white middle pieces.Rotate it until it’s next to the yellow centre.Many cubers start by solving “the white cross”. Together, these two facts have a surprising conclusion: before we make a single move, we know exactly where each piece of the cube is supposed to go. Blue faces green, and orange is opposite red. Next, the yellow centre - and therefore the yellow side - will always be opposite white. Likewise, edges are always edges and corners are always corners. ![]() No matter how cleverly you twist and turn you can’t transform it into a corner or an edge. Each side can be turned clockwise or counter-clockwise.Ī centre piece will always be a centre piece. The sides of the cube are called the Front (facing you), Back, Top, Bottom, Right, and Left. It’s not quite as intuitive as holding the toy in your hands, but there’s no chance of dropping it and losing your spot. If you don’t own a Rubik’s Cube you can use an online version. ![]() You can use mnemonics, stories, visual tricks. Others focus on the logic behind switching and replacing individual cubes. Definitely not a puzzle you want to attempt by trial and error! There are dozens of techniques for solving the cube, so it’s important to try a few and find the one that works for you. If you made a computer check 1,000 combinations every second, it could take up to 1.36 billion years to solve the Rubik’s Cube. The Rubik’s cube might be a lengthy puzzle, but it can cracked by anyone who puts their mind to it. Experts can solve it using their feet or wearing blindfolds. World champions can solve the cube in just over four seconds. The concept is simple: slide each row of cubes up, down, right, left and sidewise until the colours on each side match. Invented in 1974 by Erno Rubik, the Rubik’s Cube is fascinating and frustrating. Nine squares to a side, six sides to a cube. A quick introduction to one of the world’s most fascinating puzzle toys.
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