Rubiks 3x3x3 Tutorial

Rubiks 3x3x3 Tutorial explains how to restore the 3x3x3 Rubik's cube that has been randomized, back to its original position without using things mystically

Implementation of the fastest ways to tutorial rubiks 3x3x3 is to use CFOP Method. What is CFOP?

CFOP stands for Cross-F2L-OLL-PLL. There are four stages to go through to even the sixth side of the Rubiks cube from a random position. Following a full explanation rubriks 3x3 tutorial

1. Cross: The first thing to be done to solve the Rubiks cube is to make the Cross. Cross is a cross (or a + sign) on one side of the Rubiks cube colors

2. F2L: First stands for a two layer or the second step where we solve the first layer. In the full method friddrich we form pairs and then put it into four slots that are available to complete the first and second layers simultaneously

3. OLL: an abbreviation of 'Orientating Last Layer'. Immediately after the first and second layer is completed, will form a certain pattern and our goal is to equalize the color so the 'top face' would have the same color (usually yellow, if done on a white cross with a standard color scheme). There were 57 cases in the OLL that causes us to need to memorize 57 different encryption algorithms. Ideal execution time for this stage is 2-3 seconds.

4. PLL: It is an abbreviation of the Last Layer Permutation. Here we are simply exchanging the position of corners and edges into place. There are 21 algorithms at this stage is ideally performed in an average of 2-4 seconds.

In principle, this technique is to change the arrangement of letters and symbols with vocals that can be pronounced. Eg change the notation R to Ra and R 'be Ri, L to La and L; to Li, and so forth.

Conversion is, in principle, add all the standard notation with the letter a, add a counter clockwise notation with i, and so forth. Especially for the notation U, given by these rules become Ua and Ui, then changed to make it easier for wa and wi. With these rules, examples of which can be taken are as follows:

Permutation T = RUR 'U' R 'F R2 U' R 'U' RUR 'F' was changed to = Rawariwirifarowiriwirawarifi = Rawariwi Rifarowi Riwira Warifi

Another example = RU 'R' y UR'2 RUR 'U' F 'd R'2 FRF' =>> RawarièRawiriwaroiyarawariwifideroifarafa waroiyarawa riwifi deroifarafa