Hướng dẫn giải Rubik 6x6

Let's continue with Rubik 6.6 We can see here, the sum of the previous and the sum that I introduced in chapter 3 The length of the Rubik's cube from 2x2 to 5x5 The length of the 6x6 Rubik's cube is also very similar to the length of the 4x4 Rubik's cube If you can solve the 4x4 Rubik's cube, I think I can solve the 6x6 Rubik's cube To solve the 6x6 Rubik's cube, we solve the inside first We start with the sides of the Rubik's cube Now I solve the sides of the Rubik's cube first Because this is a Rubik's cube Suppose we solve the sides of the Rubik's cube here We solve the 4x4 Rubik's cube first Then we solve each pair of 1x2x2x2 Finally, we solve the 4x4 Rubik's cube After solving the 4x4 Rubik's cube inside We move to the opposite side and solve the yellow cube Then red, blue, green, yellow Now solve the white Rubik's cube We have two more pieces of Rubik's cube We find two more pieces of Rubik's cube The solution is not straight with this piece of Rubik's cube So we rotate this piece of Rubik's cube a little bit We can put this piece of Rubik's cube on the Rubik's cube Just one piece of Rubik's cube Next, we find another piece of Rubik's cube The solution is not straight with this piece of Rubik's cube So we rotate this piece of Rubik's cube a little bit We can put this piece of Rubik's cube on the Rubik's cube We have two more pieces of Rubik's cube So we solve the 4x4 Rubik's cube inside Next, we solve each pair of 1x2x2x2 We find the remaining pieces of Rubik's cube Here is another pair of 1x2x2x2x2 This pair is not good Here is another pair of 1x2x2x2x2 Let's try Here is another pair of 1x2x2x2x2 We keep the red one Here is another pair of 1x2x2x2x2 And here is another pair of 1x2x2x2x2 Now, we put this piece of Rubik's cube on the Rubik's cube The white piece of Rubik's cube will be affected After solving the 4x4 Rubik's cube, we keep the white piece of Rubik's cube After solving the 4x4 Rubik's cube, we put the white piece of Rubik's cube on the Rubik's cube We are lucky, we solve the 4x4 Rubik's cube Now, we solve the 3x4 Rubik's cube Here is another pair of 1x2x2x2x2 Now, we keep the white piece of Rubik's cube We can solve the 4x4 Rubik's cube faster At first, we have to reduce the distance between the pieces of Rubik's cube Here is another pair of 1x2x2x2x2 We keep the 2 pieces of Rubik's cube After solving the 4x4 Rubik's cube, we keep the white piece of Rubik's cube Now, we solve the 4x4 Rubik's cube Here is another pair of 1x2x2x2x2 We keep the white piece of Rubik's cube Here is another pair of 1x2x2x2x2 We keep the white piece of Rubik's cube Now, we keep the white piece of Rubik's cube Here is another pair of 1x2x2x2 We keep the white piece of Rubik's cube Now, we solve the 4x4 Rubik's cube This one And this one And put it down here When you put it down like this, the white side will be affected So I put it down and move it to another place And put it up The white side will come back And it won't be affected Next Here I put these two together This time I push it like this And If I push it like this, it won't affect the white side So I will move it back Next I put these two together And put it down One of these two The white side won't be affected Next, these two I put these two together The white side will come up So I can move it back And put it back Now There are only two corners left Here I put it like the white side Up, down I just need to move it like this But Going down like this will affect the white side So I have to move it back Move it back There Like this Up, down Move it back When we get used to it We don't even need to look at the white side anymore In our whole rotation We can guarantee this white side And when we get used to it We can look at it The left side is white The right side is yellow And this side is green Next, we make it red There are two more We put the left side in white The right side in yellow Sorry Here are two We put them together like this Because of the rotation So it doesn't affect the two sides Now continue The pairs Here is a pair Next Now We will put these circles This circle And this circle Like this Where? This pair We can put it anywhere We still have two pairs These two can be put in a pair There But the rotation like this Can affect These two So in this case We can do like this We put the missing position here Here Move this over here We can see Missing this position 10 of these Put it here And put it back Next, we still have A pair here Where is it? Here We put it on the face Here Now we can see It is in this position It fits So we will put it up Rotate Then move a circle here Put it here Rotate And put it back 10 of these Now the corner There are 3 corners It is the same The two sides are the same Up, down, up, down Up There are two more Here Put it together like this Up, down, up, down There Up, down, up, down Up There White and red Now blue Here are two circles Here is a circle And here is another circle Put these two in pairs Here Now put this pair down here We put it on the face Can you see it? This circle Here is already Now this pair This pair Here is a pair Invite it back This pair will go down here Go up, pull it back Here We do the same as before Put it together The blue circle will be here We push it up Rotate 10 of these 10 10 pairs In the process of folding We return the circle 10 returns And finally 4 corners The corner has a circle Continue 2 more corners Become a circle 1 The last corner Up, down, up, down White, yellow Red, blue Now we fold This side is green We continue to unfold 4 circles in the center Each pair We have a pair here The rest of the pair Up, down, up, down Each pair Can you see it? Here are 4 circles We multiply these 4 circles 1 circle Multiply these 4 circles Up, down, up, down 2 more circles Let's see 1, 2, 3, 4 We can Like this 3 circles Now the circle here Let's see which circle is broken This circle We put it up 10 10 circles Folding We fold This circle Let's put it in the right position Up, down, up, down Turn Folding We fold White, yellow, red, green Green Now We fold the edges If you have 1 orange, it will not affect the orange you have just collected. Now I have 1 orange and 1 yellow, so I can find the yellow orange. Yellow orange. I will use number 6. Here, another one. Yes, yellow orange. Yellow orange. Number 6. Now I have a pair of orange. Now I will start with red. For example, I will start with red and white. Red, white, red, white, red, white. We will keep the balance. Continue with number 6. Yes, another red and white. Yes, red and white. Number 6. Now I have a pair of red and white. I also have a pair of red and white. I will continue with red. Here, I have a pair of white. I will continue with white. Here, I have 2 more. Here, white. Continue with number 6. And another pair of white. Yes, white. Continue with red, blue. Red, blue. Here, red, blue. Red, blue. Number 6. Here, red, blue. Number 6. And the last red, blue. Number 6. Yes, red, blue. Here, green, red. I have 2 more. Here, number 3. Oh, no problem. Here, red, green. Here, I have 2 more. Here, red, green. I made a mistake. No problem. Here, red, green. I will continue with red, green. Number 6. I will continue with red, green. Number 6. I will continue with red, green. But not only this way. But only this way. Next, red, yellow. Here, red, yellow. Continue. Red, yellow. Here, red, green. Red, green. Done. Now, I have a pair of white. I will deal with this pair of white. White, blue. There is a pair of blue. It's in the corner. White, blue. Number 6. Here, blue, white. I will deal with this pair of blue. Blue, red. I have 2 pairs of blue. I will deal with this pair of blue. Number 6. I have 2 pairs of blue. Done. Now, black, white. Blue, white. I will deal with this pair of blue. Number 6. I just deal with this pair of blue. Done. Now, white, green. Done. There is a pair of white. If it is upside down, it will be like this U2, F2, A0, B2 Normally, it will be like this If it is upside down, it will be like this Or these two will be the same If it is upside down, we will use method 7 to process the opposite pair Like this, R2, L2 If we process the inside of R and L, it will be these two pairs If we process the outside, it will be these two pairs Inside and outside In this case, we will process the inside pair If we process the outside and inside pair, R2 will be these two pairs Not like this Let me show you again We will process the opposite pair with method 7 Now, we will process the opposite pair with method 8 We will process the opposite pair with method 8 Now, we will process the opposite pair with method 8 We will process the opposite pair with method 8 Also, we will process the top pair Next, check the two edges of the top to see if it is correct For example, this is the green line, this is the red line So we use this So the green line is behind the green line Next, we keep the top right corner and check the other corners It is not correct One more time In this case, all four edges are in the same position but not the same color If the two edges are not in the same position we can use the number 8 Now, we use the number 8 This pair will change the position We see the red line, this is the green line We use the number 8 to change the position We see the red line, this is the green line We use the number 8 to change the position We see the red line, this is the green line We use the number 8 to change the position Now it's correct And we go back to the first formula to solve this 4 There are 2 inside already solved Now we solve this one We solve it later