I REALLY REALLY REALLY want to learn BLD before the end of this school year- a very realistic goal in my opinion (it ends may 23 of '09)
I looked around the 'net for some guides, and so far every attempt to solve it using a BLD method whilst LOOKING have all ended the same way: Failure, Unsatisfied, Complaining, Killed my cube.
I found this one guide in PDF format on how to solve it. I skimmed through it, not liking it's memorization and solving technique (all with these huge long numbers to remember) but one thing that I liked about it was how it taught you how to solve a 1x1 bld, then 2x2 then 3x3 then 4x4 then 5x5.
it would say at the end "Now that you can consistently solve the nxn blindfolded, you may move on the the bigger and harder nxn"
Is this statement true? Is it easier to learn the 3x3 BLD if you learn how to solve the 2x2 blindfolded?
Also just as a quick question: Which 3x3 BLD method is easiest to learn? I am trying to learn M2 and Old Pochmann but never get the M2 right.
thanks,
-Smartyy!
I looked around the 'net for some guides, and so far every attempt to solve it using a BLD method whilst LOOKING have all ended the same way: Failure, Unsatisfied, Complaining, Killed my cube.
I found this one guide in PDF format on how to solve it. I skimmed through it, not liking it's memorization and solving technique (all with these huge long numbers to remember) but one thing that I liked about it was how it taught you how to solve a 1x1 bld, then 2x2 then 3x3 then 4x4 then 5x5.
it would say at the end "Now that you can consistently solve the nxn blindfolded, you may move on the the bigger and harder nxn"
Is this statement true? Is it easier to learn the 3x3 BLD if you learn how to solve the 2x2 blindfolded?
Also just as a quick question: Which 3x3 BLD method is easiest to learn? I am trying to learn M2 and Old Pochmann but never get the M2 right.
thanks,
-Smartyy!