Jaap's Puzzle Page has complete move count distributions for the smaller puzzles, including pyraminx.What is the probability of getting a 6 move Pyraminx scramble?
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.

Jaap's Puzzle Page has complete move count distributions for the smaller puzzles, including pyraminx.What is the probability of getting a 6 move Pyraminx scramble?
1. What do you mean by first layer skipI have gotten
2 oll skips in a row
2 pll skips in a row
2 same ll cases in an ao100
A Cross skip
Some First Layer Skips
Some OLLCP Skips
A ZBLL Skip
5 PLL Skips in one day
And I've only been cubing for 6 months
Edit3- What are chances of full No AUF LL skip on 2x2? Thanks
I had tnoodle generate 50 pyraminx scrambles and there were 129/200 tips scrampled, much closer to 2/3 than 1/2, so there is probably an equal chance of any given tip being in each of the three positions.With TNoodle scrambles, what is the probability of any given tip on a pyraminx being scrambled? Is it 1/3 or 1/2?
http://cubezzz.dyndns.org/drupal/?q=node/view/137is there a movecount distribution for 3x3 last layer?
3. Skips are unrelated to how long you have been cubing![]()
4!×27×2=1296 cases. Only 648 with EO. 162 if you do EO and force the F2L corner into place, not necessarily oriented.How many cases are there if you have F2L-1 corner+ a tripod (1x2x2) in the LL? Does it matter the orientation of the tripod?
What are the chances of getting a half oll skip (corners or edges) or half pll skip (corners or edges) using CFOP 4LLL?
Nice, not too rare.11/72 and 2/9 respectively, if full skips are excluded.
What are the chances of getting a half oll skip (corners or edges) or half pll skip (corners or edges) using CFOP 4LLL?
Dont know exactly, but I think it would be ((P Edge Solved)^2 x (P Corner Solved)) / 12. Im not sure thoughWhat are the chances of getting a solved 2x2x1 block with white as one of the 1x2 parts 2 scrambles in a row? I got that![]()
The probability is 1 in 1989.May have been asked before, but what is the probability of getting a 4 mover in 2x2?
I assume this is the same as getting one officially.