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Here are the other 18 cases that are 10 moves. These are cyclic shifts. Similar to Orthogonals in several respects: Rather than the...

Orthogonals are a very special correlation of three pieces being cycled. All three cubies are adjacent to the same cubie, and hence...

Look check this out: There are 30 cases that are 10 moves. There are two case types: 18 cyclic shifts 12 orthogonals. Orthogonal...

Wow! I actually understand how to see 8-move commutators in my mind. Thanks Chris! Now a new problem has risen... I can't seem to figure...

(URB RFD ULF) is very easy and is solved with : L D' L' U2 L D L' U2 My thought process would go like this: Image in my mental...

Thanks Chris, I'll add that to the resource center. I still am having trouble executing commutators blindfolded. I used Ryan Heise's...

I'll explain the Per Specials, because I find them by far the most beautiful corner case - no question. There are 2 main algorithms...

I'm glad you appreciate it. I had trouble working through posts on BH, and this will hopefully help people who are learning BH.

I think i found out the per special case as well, well at least for this case. Do L2 U B2 U' B2 U' L2 U B2 U B2 U' this makes it the...

Hehe... I'm just as bad as you are, if not worse. It's basically recognition. If you can see a three move A, then you know it's an 8...

How do you know whether its a 8 or 9 or 10 or whatever move commutator. Sorry, I'm just bad at commutators.

I updated the Resource Center to display the explanation of cyclic shifts, copied pretty much from Rubixcubematt's description of them...

An explaination of the name convention (that I don't get at all) for simple 8 moves case could help. Anyway, I have no problem to...

He is correct, and it is also can be looked at as taking the commutator itself, and starting at a different point in the alg. ABA'B'...

Sounds about rght, I'll check it with other cyclic shifts to make sure