The many ways to solve the Rubik's cube for beginners and advanced
There are many ways to solve the 3x3x3 Rubik's cube. They differ from each other in the approaches to the solving, the algorithms used and their number, the allowable simplifications in assessing the situation and choosing the algorithm, the order of the solving stages, the authors' ideas about the speed and simplicity of these methods.
In addition to several different ways to solve the Rubik's cube for beginners, there are high-speed methods to solve the cube. You can name their professional methods.
In order to understand well how the Rubik's cube works, and to better navigate in it, it is better to know and master several solving methods. And the best place to start is by learning different ways for beginners. In the future, you can diversify your skills and abilities by studying high-speed methods and algorithms, patterns (patterns or games) on a cube.
I will try to teach you the three or four techniques of solving the Rubik's cube for beginners.
All these methods is quite simple and allows you to learn how to solve a Rubik's cube in 1.5-2 minutes without excessive training and with a certain diligence. Of course, your cube should rotate easily so as not to waste time overcoming resistance and friction.
If you want to know more about the different ways to solve the Rubik's cube, be sure to subscribe to my profile on Patreon. I will prepare additional materials for training.
Now you can buy a book about one of the ways to solve the Rubik's cube for beginners!
If you buy this book, you will also support me and my work!
The book is available in the coolest bookstores in the world (I will indicate some, there are more than 30 of them): Apple, Amazon, Google, 24SYMBOLS, SCRIBDSTORE and others.
You can find it by the author "Vladimir Shveda" or the title "One Easy Way To Quickly Solve A Rubik's Cube".
Some links:
https://www.scribd.com/book/485354316/One-Easy-Way-To-Quickly-Solve-A-Rubik-s-Cube
https://www.amazon.com/Easy-Quickly-Solve-Rubiks-Cube-ebook/dp/B08NZ5BQB4/
And go to the post: Terms and designations for schemes of solving and rotation of the Rubik's cube
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