In this video, I'm going to show you how to solve this parity error that you may run into
when solving edge pieces on a 5x5 Rubik's cube
Check out my other videos showing you how to solve a 2x2 Rubik's cube, a 3x3, a 4x4 and even a 5x5
So when solving the 5x5 Rubik's Cube, you may run into this parity error
First you've completed all the center pieces
And then the next step is you start lining up all the edge pieces
And you've completed every single edge piece, as in you've got all three colours the same
Except for one
The last one you've got the three colours on the correct edge except they're sort of in an alternate pattern
Now this is a parity error that you may run into
However, if you watch my tutorial on how to solve the edge pieces
I teach you a way where you will never actually run into this parity error anyway
So you can avoid running into this parity error
And if you want to learn how to do that then watch my tutorial on how to solve the edge pieces
on a 5x5 Rubik's cube
But if you have run into this parity error somehow or you just want to learn how to get out of the parity error
I'm going to show you now
So this parity error, if you look at it
Is basically the same parity error that you run into on the 4x4
Remember on the 4x4 where you come to make the blue cross on the top
Sometimes you get this blue on the side and the other colour on the top and the other three are correct
Well that's a parity error on the 4x4
Well, it's the same on the 5x5, just think these two are wrong
And we will use the same algorithm that we used to solve the parity error on the 4x4
We will use the same one on the 5x5
So if you've already memorized that algorithm then you already know how to get out of this parity error
Now if you haven't, or you don't know how to solve a 4x4
Unfortunately, the algorithm for this is quite long
That's why I teach you a method where you avoid this parity error altogether
So, the algorithm that we will use is the algorithm from the 4x4 and that algorithm is
(Rr)2 B2 U2 (Ll) U2 (Rr)i U2 (Rr) U2 F2 (Rr) F2 (Ll)i B2 (Rr)2
Okay, and the edge piece we're working on we want on the top front face like this
And we're going to flip these two pieces
So let's do the algorithm
(Rr)2
B2
U2
(Ll)
U2
(Rr)i
U2
(Rr)
U2
F2
(Rr)
F2
(Ll)i
B2
(Rr)2
And that has corrected these two pieces and corrected the parity error
Now we basically have a scrambled 3x3
and as I teach you on my 5x5 video, you now solve it the same way you would a 3x3
As I said before, if you want to avoid running into this parity error
therefore you don't need to learn this really long algorithm
Then check out my other video showing you how to solve the edge pieces on a 5x5
And I show you the method on how into avoid running to this parity error altogether
Hope it helped guys and thanks for watching