Hey -- I'm having trouble interpretting Jason's notation; can someone tell me 
what Jason means when he writes:

(M'U)3 U (MU)3 U 
   
  and
   
  (FR'F'R)(L'U)(RU'M')
Then Permute with R2 d'(M'U2M) d'L2
   
  Does the first one mean M'U three times in the same spot, then U, then MU 3 
times in the same spot, then U?
   
  The second one makes sense except I don't understand the logic behind the 
grouping with parantheese... and why is d' in lowercase? 
   
  Thanks!
   
  David
  

kovacic81 <[EMAIL PROTECTED]> wrote:
  --- In [email protected], "David "
<[EMAIL PROTECTED]> wrote:
>
> I'm having trouble solving the last two pieces whenever I end up with
> two adjacent middle-pieces that are switched. Sometimes I have 2
> pieces which need to be switched, and sometiems I have two pieces
> which need to be switched and rotated. I only have 6 sequences that I
> use for the last layer, and I can usually solve this situation in 5-10
> minutes of randomly trying different combinations of sequences.
> 
> How do I solve this? 
> 
> Thanks
>


IF they are in the UF and UB position, you could do (M'U)3 U (MU)3 U 

1. You could set this up with (RB), and then do the aformentioned
algorithm. (Do B'R' at the end)

2. Or you could do this ELL : (FR'F'R)(L'U)(RU'M')
Then Permute with R2 d'(M'U2M) d'L2

If anyone finds anything really cool for this case, let me know.


Jason K






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