what do you mean by "fix" oll and pll? well, think about it this way. if you know how to solve the 2x2 already - which you should, or you could watch my beginners' tutorial here th-cam.com/video/EcwC928PwE4/w-d-xo.html. before learning the 2x2, you should know how to solve the 3x3 as well. once these prerequisites are checked off, simply imagine a 2x2 as just solving the corners of a 3x3 - a 2x2 is just a 3x3 without edges. so think about it that way and for OLL and PLL, you only need algorithms that rotate corners. let me know if you're still confused.
time to learn
Just earned your self a new subscriber 😊
Welcome aboard!
@@danielbulletcubing I highly appreciate this great content ☺️
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it actually works though! if you can average sub 20 on the 3x3, and turn at around 4-5 tps for algorithm execution, this is pretty doable
use F R U R' U' F' for that one oll instead of using d moves
Facts! yo that's so much better i'll definitely take note of that.
i dont get it, its either 8 dont get it or im lazy 😅
which part?
@@danielbulletcubing oll and pll
@@danielbulletcubing can you also tell me some tips to fix oll and pll because thats what i get stuck on
hm. interesting. are you saying that the algorithms don't work?
what do you mean by "fix" oll and pll? well, think about it this way. if you know how to solve the 2x2 already - which you should, or you could watch my beginners' tutorial here th-cam.com/video/EcwC928PwE4/w-d-xo.html. before learning the 2x2, you should know how to solve the 3x3 as well. once these prerequisites are checked off, simply imagine a 2x2 as just solving the corners of a 3x3 - a 2x2 is just a 3x3 without edges. so think about it that way and for OLL and PLL, you only need algorithms that rotate corners. let me know if you're still confused.
CHANIEL DEN OH MY GOD HE POSTED
😮
LOL