Timestamps to help me 0:37 If there are no pairs 1:25 Swapping adjacent corners 2:24 1 side done and edges are opposite ( right variant ) 3:06 1 side done and edges are opposite ( left variant ) 3:50 all 4 sides are opposites 4:29 adjacent edge swaps
ALRIGHT! I'VE ACTUALLY LEARNED "beginner's cfop" it took 2 minutes off of my solves 🙌🙌🙌 thank you!!! now I'll begin the full cfop journey, wish me luck
@@josephjoseph6669 You should practice a little bit more, naturally, for all cubers, it takes time to fully master something like that. Once you're really good, you can solve less than 20 seconds
This is one of the best explained video!! I really appreciate the fact that you made it visually understood & we need not remember it by just the notations! Thank you so much!!
I cant even begin to say how helpful your videos are. It made cfop feel easier than learning the beginners method. Hats off, most rubiks videos are confusing as hell. Yours are super straight forward. Thanks!
I stayed on this video for a couple days, but I can confidently say that I am able to fully solve the Rubik's cube with CFOP!! I'm getting consistent sub 1:30 solves, and my PB is just under 50 seconds. Thank you for the excellent tutorials, J Perm! I will continue to practice and improve, my current goal is to get consistent 1 minute solves
i already know full pll but i wanted to reveiw this and i think that beginners would learn this very quickly i wish i knew about your channel when i started cubing JPERM 10/10
@@DAMNDANIELLL first memorize the patterns in the brackets, and repeat the algorithms to get the muscle memory takes a few hours to get it perfectly but works well edit: memorizing it visually also helps a lot
@@DAMNDANIELLL dont go for speed go for actual memorization do a lot of solves and if you get stuck on an algorithm just come back to the video muscle memory is really the key for faster times when learning new things
I have recently started learning to cube. I have to say, I've watched a lot of videos and yours are by far and away the easiest to understand. Awesome work.
I've been cubing for a month now (I average around 35-45 seconds per solve, beginner's method with F2L), and this will really help get my times down! Thanks so much for all your great videos, and serving as an inspiration to me on my journey!
Timestamps to help me 0:37 If there are no pairs (F R U' R' U' R U R' F')(R U R' U' R' F R F') 1:25 Swapping adjacent corners (R U R' U' R' F R F') (F R U' R' U' R U R' F') 2:24 1 side done and edges are opposite ( right variant ) (R U' R U R U R U' R' U' R2) 3:20 1 side done and edges are opposite ( left variant ) (R2 U R U R' U' R' U' R' U R'') 3:50 all 4 sides are opposites (M2 U' M2 U2 M2 U' M2) 4:29 adjacent edge swaps (M' U' M2 U' M2 U' M' U2 M2)
@@LETSSTARTGAMING nah!! It takes lot of time to apply those long algorithms... Duh its tricky! But after when you get used to it ... It becomes easier!!! Btw everything depends on practice :)
JPerm, I have returned to solving the cube after 40 years and I used your "solve the cube in 10 minutes" video to do it. Awesome technique and explanation on how to solve the cube. Your delivery and instruction is nothing short of awesome (although, occasionally you go a little fast for an old guy like me, LOL). The fact that it took (I have read), Rubik, 27 days to solve the cube he invented is incredible in an of itself. I bet he never envisioned the fact that his little toy would be so popular worldwide. Your 10 minute solve, as of this text, has 51 million views which further adds to the popularity of this little cube. My question is: Is the purpose of this video to be able to solve the cube faster? Why would you try to solve the yellow top when you could use the algorithms you taught us all, after solving the first 2 layers, to solve the cube completely? After F2L, solve for yellow cross, then edge pieces, then corner pieces, the fully solve the cube with the right trigger? Your method of instruction teaches a person to look at the cube 3 dimensionally, which is the key to solving the cube, IMO. My best time is 3:20 from start to finish which is not great but does not detract from how much fun it is to solve the cube. My cubes have stickers and one is a tactile click cube as you move from location to location and the other cube is a sticker cube which has no click in between moves but is harder to control for me when trying to solve quickly. The cube is a great brain exercise tool because it forces you to think intuitively and 3 dimensionally at the same time. Thanks for all your videos. I know you have made millions of people very happy, including me!
yep u can solve way faster with this, though its way harder to memorize the algorythms lol` (I watched this over and over again for 3 hours straight already)
It does indeed make it a lot faster. With the beginner method, you would have to 1) Make the cross, 2) Align the cross by repeating an algorithm 1-2 times 3) then align the corners with an algorithm repeated 1-2 times 4) then correct each corners orientation individually which involves repeating the 2 algorithms 8 times. With beginner OLL + beginner PLL, you're reducing that to just 1) Make the Cross 2) Face corners up in one algorithm 3) Align the corners in one algorithm 4) Correct all 4 edges in one algorithm With Advances OLL + advanced PLL, you reduce that entire process to just 2 algorithms which as you can imagine is a lot faster
thanks J perm you helped all of us in our cubing journey, there are many other videos on RUclips but your teaching style is different and just awesome, you taught about every single algorithm and explained it too. Many people just tell algorithms but does not explain them, THANK YOU SO MUCH
Thank you jperm you helped get a sub 30 average, which has been my goal for a long time, and, when i memorized all of the 2 look pll, and got a sub 30 avg, i wanted to thank you so much but i did not know how, so i wrote this comment, please know that you will be my number 1 cuber of all time, and thank you again for all the awesome videos that you create.
i’m almost at a sub-55 average, which is pretty cool. I haven’t been working as hard on the cube as i would have liked to when i was younger, but now i think i’m gonna get back into it
J Perm vids: How to solve a cross: 2.1 mn F2L tutorial: 2.2 mn Beginner OLL: 1.1 mn Beginner PLL: 981K Clearly ppl have lost hope of solving the rubik's cube gradually 😂😂😂
0:37 Diagonal Corner Swap (F R U' R' U' R U R' F')(R U R' U' R' F R F') 1:35 Adjacent Corner Swap (R U R' U' R' F R2 U' R' U' R U R' F') 2:28 3-Edge Cycle #1 (R U' R U R U R U' R' U' R2) 3:07 3 Edge Cycle #2 (L' U L' U' L' U' L' U L U L2) 3:51 Opposite Edge Swap (M2 U' M2 U2 M2 U' M2) 4:29 Adjacent Edge Swap (M' U' M2 U' M2 U' M' U2 M2)
J perm this really helped me because i use beginners method and i average about 40s and now it is like 30s so thank you so much! and if you are thinking about learning this method THEN LEARN IT, IT’S SO HELPFUL
I watched other videos some thousand times and was unsuccessful... I watched J perm once and solved it. Now I'm literally suggesting J perm to everyone 🔥🔥🔥. Thnx bro, it's a great achievement for me to solve a cube
Time stamps: 0:35 "diagonal corner swap" 1:33 "adjacent corner swap" 2:17 "edge cycle #1" swapping 1 edge to its opposite, right 3:01 "edge cycle #2" swapping 1 edge to its opposite, left 3:50 "opposite edge swap" swapping opposite edges 4:29 "adjacent edge swap" swapping the one beside it
I think you should add (in brackets) that these are also Y perm, T perm, U perm etc. It will make it easier for some people to make the transition to full PLL, and to make connections between different teachings.
@Vince Leo What is an S perm ?.... do you mean the S slice? Yes there are some good algs using the S slice but it's hardly beginner technique or 2 look PLL essential. There are some more fundamental moves which should be learned first.
0:37 If there are no pairs (F R U' R' U' R U R' F')(R U R' U' R' F R F') 1:25 Swapping adjacent corners (R U R' U' R' F R F') (F R U' R' U' R U R' F') 2:24 1 side done and edges are opposite ( right variant ) (R U' R U R U R U' R' U' R2) 3:06 1 side done and edges are opposite ( left variant ) (L' U L' U' L' U' L' U L U L2) 3:50 all 4 sides are opposites (M2 U' M2 U2 M2 U' M2) 4:29 adjacent edge swaps (M' U' M2 U' M2 U' M' U2 M2)
You’re actually amazing! I’ve never been able to figure out CFOP, but you explained it in a way that I could understand perfectly! I’m hoping for my times to start dropping real soon! ❤️
Something that really helped me with the first two algs was realizing that the first and second halves of the adjacent corner swap was just the second and first halves of the diagonal corner swap, and vice versa. If you have mnemonics to remember those two halves, you’ll have those two algorithms basically.
@@knight794 No worries I gotchu. So in the video and the description, JPerm says this: Diagonal Corner Swap: (F R U' R' U' R U R' F') (R U R' U' R' F R F') Adjacent Corner Swap: (R U R' U' R' F) R2 (U' R' U' R U R' F') The adjacent corner swap can actually be rewritten as: Adjacent Corner Swap: (R U R' U' R' F R F') (F R U' R' U' R U R' F') which has the same result as before, except in the middle of the algorithm there's an F' and an F next to each other now, which cancel each other out anyways, leaving you with that R2. To clarify further, if we call the (F R U' R' U' R U R' F') part "algorithm A" and the (R U R' U' R' F R F') part "algorithm Z", then what we end up with is Diagonal Corner Swap: (F R U' R' U' R U R' F') (R U R' U' R' F R F') which is (A)(Z) Adjacent Corner Swap (R U R' U' R' F R F') (F R U' R' U' R U R' F') which is (Z)(A) So if you think of it as memorizing "algorithm A" and "algorithm Z", and then remember which order they go in for the corner swap scenarios, you basically have both diagonal and adjacent corner swaps memorized. Hope this helps! Disclaimer: I don't know if A and Z mean anything in cubing lingo since I'm a novice myself, I just chose them as arbitrary symbols.
Thanks so much J Perm. I really struggled with F2L but after practising it got really easy. You really made OLL & PLL really simple so thanks for that too! 😄 I can now solve a cube using cfop!
You're so good at showing us good algorithims I learned all pll in 2 days best RUclipsr ever (2 look pll) thx so much for oll too this is very efficiently a good method! Thxs jperm
Thank you! I noticed just now that you and some other awesome people have been translating some of my videos, and I have to manually approve them. I don't know how to view the translation yet or whether you get credited automatically, but I'll make sure it happens. Thanks a bunch :)
0:35 "diagonal corner swap" Jak wszystkie rogi są inne 1:33 "adjacent corner swap" Jak tylko 2 rogi są takie same a reszta inne 2:17 "edge cycle #1" Jak prawy edge chce na lewo 3:01 "edge cycle #2" Jak lewy edge chce na prawo 3:50 "opposite edge swap" Wszystkie edge na przeciwko 4:29 "adjacent edge swap" Dolny edge na prawo a lewy edge na górę
0:37 No corner pieces matching (Diagonal Swap) 1:28 Only 2 corners match (Adjacent Corner Swap) 2:13 Only 1 edge is solved, right variant (3-Edge Cycle #1) 2:56 Only 1 edge is solved, left variant (3-Edge Cycle #2) 3:45 No edges are solved (Opposite Edge Swap) 4:23 No edges are solved (Adjacent Edge Swap)
Gnarly combination man. In my efforts of chasing the CUBE I've learned the basic algorithms. This method/algorithm is impressive. I enjoyed the content and have begun learning a new way to solve THE 3X3 thanks to you.
0:34 Diagonal Corner Swap: F R U' R' U' R U R' F' R U R' U' R' F R F' 1:13 Adjacent Corner Swap: R U R' U' R' F R2 U' R' U' R U R' F 2:08 Edge Cycle#1: R U' R U R U R U' R' U' R2 2:50 Edge Cycle#2: L' U L' U' L' U' L' U L U L2 OR R2 U R U R' U' R' U' R' U R' 3:42 Opposite Edge Swap: M2 U' M2 U2 M2 U' M2 4:22 Adjacent Edge Swap: M' U' M2 U' M2 U' M' U2 M2
Thank You Bro I am cubing since 2021 Jan 1st and by watching your beginner method solve it took me 5 hours to solve my first cube and now my PB is 35 seconds and I also saw your 2x2 and 4x4 videos and i average 3 minutes in 4x4 and 9-10 seconds in 3x3. Thank you J Perm From India
To make learning a little easier, you can get by with just two algorithms: the adjacent corner swap and either of the 3-edge rotations. You can do the diagonal corner swap by doing the adjacent corner swap twice on different sides (not opposite sides). And you can use either one or two of either 3-cycle to solve any of the edge cases (or three if you don't want to figure out which way to go). This means you can solve with only 2 algorithms. I find this to be a useful bridge, since you can't easily go back to the beginner method of solving the top if you are making use of the OLL step. The first few times I got OLL working, I then did the top with the beginner method, which unsolves the corners to solve the edges making OLL feel like a waste of time. I find that I get confused if I try to learn more than one algorithm in a day, and it is frustrating to be unable to finish without erasing the progress I have already made.
Ive been cubing for 3 days and im currently learning 2 look pll. It's been hard to memorize algs, but something clicked and now it's been easier for me to understand them.
Well yeah. I already know a perm so I use that instead of t perm, but I could see how it would be easier for beginners to learn y and t perms instead of y and a.
tbf at some point it's just muscle memory. i only have a brief understanding of what I'm doing and for the most part it's just pre memorized moves. so i disagree. it's better to just memorize them. this applies especially to f2l where memorizing a case is better for look ahead since you don't have to pay attention to the current pair and just look for another while performing an alg
The explanation *take this pair out and this pair back in* works very good. I learned almost full pll 2 years ago and i forgot but this vid helped me soo much
thank you for making these videos learned how to solve the cube, my best time is 2:29 keep up the great work (you taught me how to solve the cube with your videos) learning 2 look oll and 2 look pll, using f2l already. :D
0:17 DUUUUUDE. im back to remember how to solve the cubic with CFOP method, and i just noticed my cube and yours HAVE THE EXACT SAME PATTERN HERE. Even the colors below it were exactly the same ones as mine, what are the odds…
Timestamps: 0:34 Diagonal Corner Swap: F R U' R' U' R U R' F' R U R' U' R' F R F' 1:13 Adjacent Corner Swap: R U R' U' R' F R2 U' R' U' R U R' F 2:08 Edge Cycle#1: R U' R U R U R U' R' U' R2 2:50 Edge Cycle#2: L' U L' U' L' U' L' U L U L2 OR R2 U R U R' U' R' U' R' U R' 3:42 Opposite Edge Swap: M2 U' M2 U2 M2 U' M2 4:22 Adjacent Edge Swap: M' U' M2 U' M2 U' M' U2 M2
I do the edges first (U, Z or H perm). Then I do A or E perm. A is an easy perm. E is evil. Once I get familiar enough, I'm gonna learn the other perms. Looking forward to learning R and J perms. Then I'll truly know what this channel is all about. :) I'm at the point where I'm recognizing I need a J or R perm, but I don't know the algorithm and I have to split it up into two very slow algs.
@@simonecordeddu4783 Those cube rotations are evil. I use a similar algorithm, but the 3x is R U R' U'. That was a year ago. I've since learned all PLL and OLL.
Thank you so much for these videos! I have recently been getting into speedcubing and your videos have been pretty much the only ones I've had to watch to learn CFOP and finger tricks. The videos make memorizing the algorithms super easy. Again, thank you for the guides, as they are amazingly well made!😀
Here is the easier and faster algorithms to learn and solve: Diagonal corners: just like in the video. Adjacent corners: same position and R' F R' B B R F' R' B B R R U' Edge cycle #1: F2 U L R' F2' L' R U F2 Edge cycle #2: F2 U' L R' F2' L' R U' F2 (Just U moves are U' instead) Opposite edges: M2' U' M2' U2' M2' U' M2'
TIMESTAMPS 0:35 Diagonal corner swap (F R U’ R’ U’ R U R’ F’) (R U R’ U’ R’ F R F’) 1:32 Adjacent corner swap (R U R’ U’ R’ F R2) (F R U’ R’ U’ R U R’ F’) 2:29 3-Edge Cycle#1 R U’ R U R U R U’ R’ U’ R2 3:23 3-Edge Cycle#2 R2 U R U R’ U’ R’ U’ R’ U R’ 3:52 Opposite Edges M2 U’ M2 U2 M2 U’ M2 4:30 Adjacent Edges M’ U’ M2 U’ M2 U’ M’ U2 M2
thank you so much I only just learned cfop because I didnt know i was using the beginner method and I was wondering why i just couldnt improve haha but you making these tutorials really help and I know that many people learn from them. This was easy to understand and your f2l one was tricky to get at first but I started understanding more after a bit and even tho I still cant make the cross on the bottom, f2l, oll, and pll super super fast I now know how to do them consistently without messing up
Corners 0:33 - Diagonal Corner Swap (No corners) PUT ONE SOLVED CORNER ON LEFT SIDE OF FACE 1:15 - Adjacent Corner Swap (2 Solved corners) PUT SOLVED CORNERS ON THE LEFT SIDE 2:15 - 3 Edge Cycle #1 (Right edge goes into the left edge) PUT SOLVED FACE ON BACK 2:50 - 3 Edge Cycle #2 (Left edge goes into the right edge) PUT SOLVED FACE ON BACK Edges 3:49 - Opposite Edge Swap (No edges solved and all are opposite) 4:25 - Adjacent Edge Swap (No edges solved and all are adjacent)
Timestamps for me: :P diagonal swap (all corners different): 0:36 2 opposite corners swap (2 corners are the same): 1:22 Edge cycle #1 and #2: #1: 2:26 #2: 3:22 "+" perm (aka H perm) 3:51 Adjacent edge swap (parity if you only have half of it): 4:41 You are done yay!!!!
Well normally if you're doing it in a solve that last U might be a U, U2, U' or no move at all. It just depends on where your cube was positioned before you started it. But assuming you're learning it and line it up to start anyway, that is correct.
![The BEST Speedcubing Method? [CFOP/ROUX/ZZ] Comparison](http://i.ytimg.com/vi/QKK8J3JKWi4/mqdefault.jpg)
Timestamps to help me
0:37 If there are no pairs
1:25 Swapping adjacent corners
2:24 1 side done and edges are opposite ( right variant )
3:06 1 side done and edges are opposite ( left variant )
3:50 all 4 sides are opposites
4:29 adjacent edge swaps
This needs more likes
@@HandledToaster2 idk maybe i originally did it for myself to help me cuz im a beginner but ofc others can use it
@@atem8101 yeah it's helpful for everyone! Happy cubing ;)
How to swap edges diagonally?
0:37
ALRIGHT! I'VE ACTUALLY LEARNED "beginner's cfop" it took 2 minutes off of my solves 🙌🙌🙌 thank you!!! now I'll begin the full cfop journey, wish me luck
well done its added 20 seconds to my solves i dont understand how
@@josephjoseph6669 You should practice a little bit more, naturally, for all cubers, it takes time to fully master something like that. Once you're really good, you can solve less than 20 seconds
@@Pyraminxissus true
@@josephjoseph6669 lol when i try f2l it adds like 2 mins to my solves XD
guys, i have a tip for all of you, there is a thing called "training", that is a thing you repeat many times to get better at something
This is one of the best explained video!! I really appreciate the fact that you made it visually understood & we need not remember it by just the notations! Thank you so much!!
*Solving Corners*
- Diagonal Corner Swap: 0:37
- Adjacent Corner Swap: 1:36
*Solving Edges*
_1 Edge Solved_
- Opposite edge on right: 2:28
- Opposite edge on left: 3:21
_No Edges Solved_
- Opposite edge swap: 3:50
- Adjacent edge swap: 4:39
ty
Thank you :D
THANK YOU SO MUCH I LOVE YOU
Thx
Tyyy
You are really good at explaining
yes he is! he's making it very visual, insofar as possible! I love this channel.
Fuck no wth he’s terrible
If you trash at listening then that rule doesn't apply :/
Ørange sorry 😔
It's fine, say sorry to jperm lol
I cant even begin to say how helpful your videos are. It made cfop feel easier than learning the beginners method. Hats off, most rubiks videos are confusing as hell. Yours are super straight forward. Thanks!
no
+
There’s like 7 different videos to learn crop and one 10 min video with like 5 algorithms so no not as easy but his vids do make crop easier
he doesnt just tell you the moves, but he tells you what to for example you take this out, put it in. love you man
Now take this out and put it in.
BRO??@@Basketball824VR
@@Basketball824VR💀
I stayed on this video for a couple days, but I can confidently say that I am able to fully solve the Rubik's cube with CFOP!! I'm getting consistent sub 1:30 solves, and my PB is just under 50 seconds. Thank you for the excellent tutorials, J Perm! I will continue to practice and improve, my current goal is to get consistent 1 minute solves
Nice! Hows your progress so far?
Why😊 are you starting cfop so early
i already know full pll but i wanted to reveiw this and i think that beginners would learn this very quickly i wish i knew about your channel when i started cubing JPERM 10/10
Can confirm. Just learned all of these in like an hour
@@DAMNDANIELLL first memorize the patterns in the brackets, and repeat the algorithms to get the muscle memory
takes a few hours to get it perfectly but works well
edit: memorizing it visually also helps a lot
@@DAMNDANIELLL dont go for speed go for actual memorization do a lot of solves and if you get stuck on an algorithm just come back to the video muscle memory is really the key for faster times when learning new things
@@DAMNDANIELLL SAME HERE
you are simply wrong nothing works and I broke 2 tables already and I haven't gotten through half of the algs
I have recently started learning to cube. I have to say, I've watched a lot of videos and yours are by far and away the easiest to understand. Awesome work.
true dat
Very much so
ruclips.net/video/glKDLsrySkU/видео.html
*it’s finally here*
so true
@@Just0eht bruhh
I've been cubing for a month now (I average around 35-45 seconds per solve, beginner's method with F2L), and this will really help get my times down! Thanks so much for all your great videos, and serving as an inspiration to me on my journey!
You're gonna be super fast averaging 35seconds to 45seconds
So now ur doing cfop
@@RMRIDER1342 yup, 2-look oll and pll, but I plan on learning full pll pretty soon to help get my times down more. I'm at 25-30 seconds now
@@saltx58productions how long does it take for yur f2l
Timestamps to help me
0:37 If there are no pairs (F R U' R' U' R U R' F')(R U R' U' R' F R F')
1:25 Swapping adjacent corners (R U R' U' R' F R F') (F R U' R' U' R U R' F')
2:24 1 side done and edges are opposite ( right variant ) (R U' R U R U R U' R' U' R2)
3:20 1 side done and edges are opposite ( left variant ) (R2 U R U R' U' R' U' R' U R'')
3:50 all 4 sides are opposites (M2 U' M2 U2 M2 U' M2)
4:29 adjacent edge swaps (M' U' M2 U' M2 U' M' U2 M2)
Thanks now i got no problems
Tysm
Aww ! You Are The Best 🥰❤
Thx
TYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYYY
Extremely useful tutorial. Im going to recommend this channel to my friends.
You explain it way too fast dude
Gay Communist Propaganda well yeah, i meant the video lmao
You dont hace freinds peace of shit lol
@@jordanmercado7511 You dont either
@@jordanmercado7511 you edited the comment and didnt see that hace wow and i thought 2 year olds on xbox crying about minecraft were smarter
The problem with learning new methods is that it makes you slower at first lol
I would understand that for f2l but for thijs i think u get faster when u start tho
Ikr
Same
Yes
@@LETSSTARTGAMING nah!! It takes lot of time to apply those long algorithms... Duh its tricky! But after when you get used to it ... It becomes easier!!! Btw everything depends on practice :)
JPerm, I have returned to solving the cube after 40 years and I used your "solve the cube in 10 minutes" video to do it. Awesome technique and explanation on how to solve the cube. Your delivery and instruction is nothing short of awesome (although, occasionally you go a little fast for an old guy like me, LOL). The fact that it took (I have read), Rubik, 27 days to solve the cube he invented is incredible in an of itself. I bet he never envisioned the fact that his little toy would be so popular worldwide. Your 10 minute solve, as of this text, has 51 million views which further adds to the popularity of this little cube. My question is: Is the purpose of this video to be able to solve the cube faster? Why would you try to solve the yellow top when you could use the algorithms you taught us all, after solving the first 2 layers, to solve the cube completely? After F2L, solve for yellow cross, then edge pieces, then corner pieces, the fully solve the cube with the right trigger? Your method of instruction teaches a person to look at the cube 3 dimensionally, which is the key to solving the cube, IMO. My best time is 3:20 from start to finish which is not great but does not detract from how much fun it is to solve the cube. My cubes have stickers and one is a tactile click cube as you move from location to location and the other cube is a sticker cube which has no click in between moves but is harder to control for me when trying to solve quickly. The cube is a great brain exercise tool because it forces you to think intuitively and 3 dimensionally at the same time. Thanks for all your videos. I know you have made millions of people very happy, including me!
The answer to your question is yes, this is a tutorial to solve the cube faster.
speedcubing yes
yep u can solve way faster with this, though its way harder to memorize the algorythms lol`
(I watched this over and over again for 3 hours straight already)
It does indeed make it a lot faster. With the beginner method, you would have to 1) Make the cross, 2) Align the cross by repeating an algorithm 1-2 times 3) then align the corners with an algorithm repeated 1-2 times 4) then correct each corners orientation individually which involves repeating the 2 algorithms 8 times.
With beginner OLL + beginner PLL, you're reducing that to just 1) Make the Cross 2) Face corners up in one algorithm 3) Align the corners in one algorithm 4) Correct all 4 edges in one algorithm
With Advances OLL + advanced PLL, you reduce that entire process to just 2 algorithms which as you can imagine is a lot faster
@@TheSuperNullKing i learn like 3 algs for 2 look a day. i spend 4 days to learn each set of algs in full oll/pll
I LOVE that I’m finally starting to get all this stuff! Your videos are amazing, thanks!
Im 1 year late but same! Also if you see this comment, how is your cubing going a year later? Did you stop or you’re still going?
@@lasher6049 hi, im 7months late, so im asking the same question to u
@@charbel6209 hi yeah Im still here, and yeah Im not so focused on it rn it’s a side thingy but yeah I average around 20 seconds
@@lasher6049 wow! Congrats man
@@charbel6209 yeah, thanks, practice makes perfect, never give up!
J Perm: teaching us 2 Look PLL
Inside his mind: *Just do the damn V perm and get this over with*
Lol
Chaos Blitz this comment is highly underrated lol.
L9l
Oh you mean F perm ;)
@@zerix8732 its a v perm not an A perm
thanks J perm you helped all of us in our cubing journey, there are many other videos on RUclips but your teaching style is different and just awesome, you taught about every single algorithm and explained it too. Many people just tell algorithms but does not explain them, THANK YOU SO MUCH
Fully agree
Hi
@@Bigbananaboi is going so good
it helps everyone? u sure?
@@DiamondCuber9944 yes
Thank you jperm you helped get a sub 30 average, which has been my goal for a long time, and, when i memorized all of the 2 look pll, and got a sub 30 avg, i wanted to thank you so much but i did not know how, so i wrote this comment, please know that you will be my number 1 cuber of all time, and thank you again for all the awesome videos that you create.
Thats nice
i’m almost at a sub-55 average, which is pretty cool. I haven’t been working as hard on the cube as i would have liked to when i was younger, but now i think i’m gonna get back into it
Video Length: 5 minutes
Actual time it takes to learn: 5 hours
Facts
More like 5 days lol
More like 5 weeks
More like 5 yea-
okay I'll just stop right here.
5 hours of practice to do it fluently
I’ll probably still do it slowly
0:35 diagonal corner swap
1:33 adjacent corner swap
2:17 edge cycle #1 swapping 1 edge to its opposite, right
3:01 edge cycle #2 swapping 1 edge to its opposite, left
3:50 opposite edge swap swapping opposite edges
4:29 adjacent edge swap swapping the one beside it
Cheers
Thnx
THX
TYSM
This give is a gigachad
0:36 diagonal corner swap
1:32 adjacent corner swap
edge cycles:
2:28 counter
3:22 clockwise
4:40 adjacent edge swap
Ty
You forgot opposite edge swap.
3:43 opposite ddge swap
J Perm vids:
How to solve a cross: 2.1 mn
F2L tutorial: 2.2 mn
Beginner OLL: 1.1 mn
Beginner PLL: 981K
Clearly ppl have lost hope of solving the rubik's cube gradually 😂😂😂
There is a very easy method that takes less than a day but pretty sure 80 percent gave up trying to make it less than 1:30
Arnav Jaydev yep
Haha I’m going backwards.
Vidpig yeah f2l is definitely the hardest out of oll, pll, and f2l
@@bloxygd exactly I prefer algorithms more
Me trying to focus and learn
My brain: And I took that personally.
Lmfao
Ur brain:
Hey remember that you got F on your exam then you got slap from your b-
This is actually really helpful for someone who just started cubing 1 month ago and is now learning cfop
J Perm: So this algorithm is kind of long but you can kind of see what's going on
Me: Wait whats going on?
Did you learn how to do it I need help😔
I cant memorize it D:
J Perm: *Long Algorithm is Going On.*
Potato uw u just keep doing the Alg over and over again until muscle memory builds
Owen lz look at how the pieces are moving
thank you for teaching me PLL, soon i’ll be much faster at solving!
0:37 Diagonal Corner Swap (F R U' R' U' R U R' F')(R U R' U' R' F R F')
1:35 Adjacent Corner Swap (R U R' U' R' F R2 U' R' U' R U R' F')
2:28 3-Edge Cycle #1 (R U' R U R U R U' R' U' R2)
3:07 3 Edge Cycle #2 (L' U L' U' L' U' L' U L U L2)
3:51 Opposite Edge Swap (M2 U' M2 U2 M2 U' M2)
4:29 Adjacent Edge Swap (M' U' M2 U' M2 U' M' U2 M2)
thanks
Thx
1- 0:36
2- 1:28
3- 4:29
U
Thanks
J perm this really helped me because i use beginners method and i average about 40s and now it is like 30s so thank you so much!
and if you are thinking about learning this method THEN LEARN IT, IT’S SO HELPFUL
Dude same here
@@nileshgujare5592 i aaverage 1 min 20 sec so i hope i will average around 40 sec once i learnt the hole cfop method
@@raspyrl2489 whats your pb now
@@Ariel1039 my pb is 42 sec
2 look oll and pll bringed me down from 1 minute and 30 seconds to around 45 seconds,
J Perm as an intellectual: Instead of just showing them the algs I will show them ways to remember them!
You as an intellectual: still cant even make a good wholesome meme
Lol jk jk
What up
True
Just like brodythecuber
I already learned pll 2-look and by spliting the Y perm to 2 parts helped me learn it so thanks
This has helped me a lot as a beginner that's been cubing for only no more than 2 months. You've been a source of inspiration for me and my friends
How’s it goin now? Still cubing or did you stop
I watched other videos some thousand times and was unsuccessful... I watched J perm once and solved it. Now I'm literally suggesting J perm to everyone 🔥🔥🔥. Thnx bro, it's a great achievement for me to solve a cube
2:49 - I’ve never looked down at my solved rubix cube more proudly. Tysm for making these easy tutorials unlike other ones I found.
...rubix?
😂
I can only imagine how many times he had to scramble and redo F2L to get every case for these tuturials, thank you J perm
How the fuck is this beginner, i’ve been trying to memorize these and their respective cases for so fucking long the dinasours are back.
He doesn't have to redo anything
@@popipom18you need some fucking patience bro no one can learn cfop in the first week of cubing
I just learned how to solve a cube! Thank you so much! I made a few mistakes and had to go back but they were so helpful!
Cool, but you shouldve started with the begginers method before the CFOP method
Wait what , u solved ur first cube with cfop???!!!!
Time stamps:
0:35 "diagonal corner swap"
1:33 "adjacent corner swap"
2:17 "edge cycle #1" swapping 1 edge to its opposite, right
3:01 "edge cycle #2" swapping 1 edge to its opposite, left
3:50 "opposite edge swap" swapping opposite edges
4:29 "adjacent edge swap" swapping the one beside it
Thx
Thx
👍
thanks so much this helped a lot
We need more people like you on youtube.
I think you should add (in brackets) that these are also Y perm, T perm, U perm etc. It will make it easier for some people to make the transition to full PLL, and to make connections between different teachings.
I also think in a same way
There's a reason why the video name has 2 look in it
When learning full you would recognize the alg so idk if it's necessary
@Vince Leo What is an S perm ?.... do you mean the S slice?
Yes there are some good algs using the S slice but it's hardly beginner technique or 2 look PLL essential. There are some more fundamental moves which should be learned first.
@@squidguy7907 Most people will, but some people need help to make connections. This also smooths the path for future learning.
This is so much faster than the beginner method. Its by far the most time consuming of my solves as I've learned intuitive f2l.
0:37 If there are no pairs (F R U' R' U' R U R' F')(R U R' U' R' F R F')
1:25 Swapping adjacent corners (R U R' U' R' F R F') (F R U' R' U' R U R' F')
2:24 1 side done and edges are opposite ( right variant ) (R U' R U R U R U' R' U' R2)
3:06 1 side done and edges are opposite ( left variant ) (L' U L' U' L' U' L' U L U L2)
3:50 all 4 sides are opposites (M2 U' M2 U2 M2 U' M2)
4:29 adjacent edge swaps (M' U' M2 U' M2 U' M' U2 M2)
Perfect just what i needed 10/10 has each case the alg and timestamp
thanks i was tired of looking around in the video so much
You’re actually amazing! I’ve never been able to figure out CFOP, but you explained it in a way that I could understand perfectly! I’m hoping for my times to start dropping real soon! ❤️
Any news?
Any news?
Any news?
any news?
any news?
Something that really helped me with the first two algs was realizing that the first and second halves of the adjacent corner swap was just the second and first halves of the diagonal corner swap, and vice versa. If you have mnemonics to remember those two halves, you’ll have those two algorithms basically.
Didn't get it. Please elaborate so my shiny smooth brain can get it
@@knight794 No worries I gotchu.
So in the video and the description, JPerm says this:
Diagonal Corner Swap:
(F R U' R' U' R U R' F') (R U R' U' R' F R F')
Adjacent Corner Swap:
(R U R' U' R' F) R2 (U' R' U' R U R' F')
The adjacent corner swap can actually be rewritten as:
Adjacent Corner Swap:
(R U R' U' R' F R F') (F R U' R' U' R U R' F')
which has the same result as before, except in the middle of the algorithm there's an F' and an F next to each other now, which cancel each other out anyways, leaving you with that R2.
To clarify further, if we call the (F R U' R' U' R U R' F') part "algorithm A" and the (R U R' U' R' F R F') part "algorithm Z", then what we end up with is
Diagonal Corner Swap:
(F R U' R' U' R U R' F') (R U R' U' R' F R F')
which is
(A)(Z)
Adjacent Corner Swap
(R U R' U' R' F R F') (F R U' R' U' R U R' F')
which is
(Z)(A)
So if you think of it as memorizing "algorithm A" and "algorithm Z", and then remember which order they go in for the corner swap scenarios, you basically have both diagonal and adjacent corner swaps memorized.
Hope this helps!
Disclaimer: I don't know if A and Z mean anything in cubing lingo since I'm a novice myself, I just chose them as arbitrary symbols.
@@robertyang4365 thanks mate. Appreciate it.
I sub for 30 secs but never knew how to do 2 look pll even 2 look oll and his was the best tutorials for me
For the 1:28 algorithm, I just use L' U R U' L U2 R' U R U2 R'. By the way, this is the only PLL video I understand. Thank You!
You should probably use a better ja perm alg but it's only 2 look so it's fine
You. can also do : R U’ R D2 R’ U R D2 R2
@@benceh6045 the standards better for most people
Thanks so much J Perm. I really struggled with F2L but after practising it got really easy. You really made OLL & PLL really simple so thanks for that too! 😄 I can now solve a cube using cfop!
Nice bro!
ya it so easy I'm just worried for how many advanced oll cases there are
pll have less cases but more harder to see what case it is :/
but PLL have so much cases but easy to see
Beginner method?'
the oll and pll videos are so good but the f2l one is so confusing
You're so good at showing us good algorithims I learned all pll in 2 days best RUclipsr ever (2 look pll) thx so much for oll too this is very efficiently a good method! Thxs jperm
Nice! I translated the entire description into Chinese!
Thank you! I noticed just now that you and some other awesome people have been translating some of my videos, and I have to manually approve them. I don't know how to view the translation yet or whether you get credited automatically, but I'll make sure it happens. Thanks a bunch :)
If you want credit you might have to enable it yourself:
support.google.com/youtube/answer/6392394?hl=en
hi to China
@@vibhavgandre7245 hello
@@junting605 is it true Chinese people eat dogs, if u do how does it taste
0:35 "diagonal corner swap" Jak wszystkie rogi są inne
1:33 "adjacent corner swap" Jak tylko 2 rogi są takie same a reszta inne
2:17 "edge cycle #1" Jak prawy edge chce na lewo
3:01 "edge cycle #2" Jak lewy edge chce na prawo
3:50 "opposite edge swap" Wszystkie edge na przeciwko
4:29 "adjacent edge swap" Dolny edge na prawo a lewy edge na górę
google translate it is
ty brotha
I have no clue what this language is, but I am giving this a like so that people who speak this language can use it.
yes
@@Jdogrey1 polish
THANK U SO MUCH I PRACTISD THIS FOR LIKE 3 HOURS AND ITS RALLY SIMPLE WHEN U GET IT!!!!!!!!!!!!!!!!
Idk y but I started cfop watching paradox cubing
And honestly your pll and olls are WAY better
THANK YOU
diagonal corner swap 0:38
adjacent corner swap 1:36
edge cycle 1 2:26
edge cycle 2 3:22
opposite edge swap 3:50
adjacent edge swap 4:42
Thx
Thanks
Ba
0:37 No corner pieces matching (Diagonal Swap)
1:28 Only 2 corners match (Adjacent Corner Swap)
2:13 Only 1 edge is solved, right variant (3-Edge Cycle #1)
2:56 Only 1 edge is solved, left variant (3-Edge Cycle #2)
3:45 No edges are solved (Opposite Edge Swap)
4:23 No edges are solved (Adjacent Edge Swap)
I learned it in a janky way a long time ago and forgot everything. Your explanation of the pair movement gives anchors to aid in memorization. Thanks!
me after skipping OLL to see if I should try learn PLL first, after 1 minute, lets just go back...
Then Good luck with learning the real PLL
Ha
It is easy than oll
i find oll easier tbh than pll i keep messing up but oll takes 1 try
Oll has so many algs but pll algs are longer
You are good in teaching algorithms.
If you are the cuber who just learned pll give it a like.
Ive watched a few Tutorials for beginner oll and this is soo easy to learn i already learned Like First time watching!Tysm
Me struggling to learn this and memorize but knowing how much it will reduce my solving time just keep me going
same
Same
Its a breze to be honest, Its *Full OLL* that scares the s**t out of me
Gnarly combination man. In my efforts of chasing the CUBE I've learned the basic algorithms. This method/algorithm is impressive. I enjoyed the content and have begun learning a new way to solve THE 3X3 thanks to you.
Wdym chasing lol
0:34 Diagonal Corner Swap: F R U' R' U' R U R' F' R U R' U' R' F R F'
1:13 Adjacent Corner Swap: R U R' U' R' F R2 U' R' U' R U R' F
2:08 Edge Cycle#1: R U' R U R U R U' R' U' R2
2:50 Edge Cycle#2: L' U L' U' L' U' L' U L U L2
OR
R2 U R U R' U' R' U' R' U R'
3:42 Opposite Edge Swap: M2 U' M2 U2 M2 U' M2
4:22 Adjacent Edge Swap: M' U' M2 U' M2 U' M' U2 M2
Omg thank you so much
Hey, I built my comment out of yours in a different format, is that okay with you? ( I credited you of course *:)* )
This is really helpful btw
Thx
Thank You Bro I am cubing since 2021 Jan 1st and by watching your beginner method solve it took me 5 hours to solve my first cube and now my PB is 35 seconds and I also saw your 2x2 and 4x4 videos and i average 3 minutes in 4x4 and 9-10 seconds in 3x3. Thank you J Perm
From India
To make learning a little easier, you can get by with just two algorithms: the adjacent corner swap and either of the 3-edge rotations. You can do the diagonal corner swap by doing the adjacent corner swap twice on different sides (not opposite sides). And you can use either one or two of either 3-cycle to solve any of the edge cases (or three if you don't want to figure out which way to go). This means you can solve with only 2 algorithms. I find this to be a useful bridge, since you can't easily go back to the beginner method of solving the top if you are making use of the OLL step. The first few times I got OLL working, I then did the top with the beginner method, which unsolves the corners to solve the edges making OLL feel like a waste of time. I find that I get confused if I try to learn more than one algorithm in a day, and it is frustrating to be unable to finish without erasing the progress I have already made.
Nice essay lol, thx I actually found that rly helpful! (:
but that’s not as fast as
I love this tutorial soo much! Thank you so much J Perm.👍🙏🙏
This is like back when we used to learn cheat codes for GTA San Andreas.
I mean, learning to solve the whole cube will impress a lot of people, while not being very hard
Lol
hesoyam
@@vitomsaba lol
AEZAKMI
Ive been cubing for 3 days and im currently learning 2 look pll. It's been hard to memorize algs, but something clicked and now it's been easier for me to understand them.
DAM ive been cubing for like 3 months and just learning 2 look pll
0:38 Diagonal corner swap
1:36 Adjacent corner swap
2:28 3 Edge cycle #1
3:22 3 Edge cycle #2
3:51 Opposite edge swap
4:39 Adjacent edge swap
For adjacent corner swap there is a shorter alg: put the two matched corners in the back and do R' F R' B2 R F' R' B2 R2
Also called an A perm
jperm made this for somewhat beginners into pll so he put easy to memorize algs
Well yeah. I already know a perm so I use that instead of t perm, but I could see how it would be easier for beginners to learn y and t perms instead of y and a.
Thanks dude forgot bout a perm
Info7245 thank you! Adjacent corner swap wasn’t working for me until i saw this comment! Tsm!
Just a quick tip (dont know if it helps you): try to understand whats going on in the algorithm instead of memorising it, its way easier that way
so true
tbf at some point it's just muscle memory. i only have a brief understanding of what I'm doing and for the most part it's just pre memorized moves. so i disagree. it's better to just memorize them. this applies especially to f2l where memorizing a case is better for look ahead since you don't have to pay attention to the current pair and just look for another while performing an alg
And if it's a long alg then I break it up in to three small algs
The explanation *take this pair out and this pair back in* works very good. I learned almost full pll 2 years ago and i forgot but this vid helped me soo much
For the adjacent corner swap, a shorter alg is: R' F R' B2 R F' R' B2 R2
Yeah but it's not as fast
Sometimes more moves is a bit faster
I use it cuz I can't remember long algs.
lol
@Dumb Stuff Thx
thank you for making these videos learned how to solve the cube, my best time is 2:29 keep up the great work (you taught me how to solve the cube with your videos) learning 2 look oll and 2 look pll, using f2l already. :D
Your best is 2:29 with f2l?
something is wrong here..
My pb is 48 seconds with the beginner method
awesome bro keep it up!!!
I just recently learnt how ro solve a cube and my on is 57 Seconds
thanks to you I git it in 45 seconds!! one hour ago I did it in one minute
0:17 DUUUUUDE. im back to remember how to solve the cubic with CFOP method, and i just noticed my cube and yours HAVE THE EXACT SAME PATTERN HERE. Even the colors below it were exactly the same ones as mine, what are the odds…
Um what
@ in that moment, his cube and my cube were the exact same, square by square
@@hmski10that's wild
1 in 20 I think
Definitely the best cube channel, clear and concise. Well done!
Thank you so much J Perm for making the algorithms so easy to remember. Keep posting such videos. Wish you all the best for your future vids.
U r the best rubiks teacher I got 😂😂 ,Thank god
for adjacent corner swap, put the solved edges on the back and you can do
R' F R' B2 R F' R' B2 R2
its just easier to memorize
Thhanks
this is just a bad A perm alg. please don't use this
Timestamps:
0:34 Diagonal Corner Swap: F R U' R' U' R U R' F' R U R' U' R' F R F'
1:13 Adjacent Corner Swap: R U R' U' R' F R2 U' R' U' R U R' F
2:08 Edge Cycle#1: R U' R U R U R U' R' U' R2
2:50 Edge Cycle#2: L' U L' U' L' U' L' U L U L2
OR
R2 U R U R' U' R' U' R' U R'
3:42 Opposite Edge Swap: M2 U' M2 U2 M2 U' M2
4:22 Adjacent Edge Swap: M' U' M2 U' M2 U' M' U2 M2
Thank you so much
Hope you get a view for every time I have to relook at a step!! Thanks though. Love how easy it is to follow these complex steps!
I do the edges first (U, Z or H perm). Then I do A or E perm. A is an easy perm. E is evil. Once I get familiar enough, I'm gonna learn the other perms. Looking forward to learning R and J perms. Then I'll truly know what this channel is all about. :) I'm at the point where I'm recognizing I need a J or R perm, but I don't know the algorithm and I have to split it up into two very slow algs.
Eperm ain't that bad. I'm using this alg:
R2 U R' y (U' R U R')3 y' R U' R2
It seems pretty easy to memorise to me
@@simonecordeddu4783 Those cube rotations are evil. I use a similar algorithm, but the 3x is R U R' U'. That was a year ago. I've since learned all PLL and OLL.
@@alienrenders congrats
A biggest thanks👏 from india🇮🇳
You are the best speedcuber in the world.
And the best cube teacher.
Anyone here in 2025 just trying to become a cuber?
Nah😊
Was here last year too, still can't do CFOP by myself 😅
Me
damn a year?
I learned all these, but i forgot some of them since i quit cubing for a few months. So im back
0:35 "diagonal corner swap"
1:33 "adjacent corner swap"
2:17 "edge cycle #1" swapping 1 edge to its opposite, right
3:01 "edge cycle #2" swapping 1 edge to its opposite, left
3:50 "opposite edge swap" swapping opposite edges
4:29 "adjacent edge swap" swapping the one beside it
In 03:01 the right algorithm is: LULU'LU'LUL'UL2, There's an accidental mistake in writing it in the video.
you're the best, i learned biggers method from you,and i learn how to solve only with f2l,oll and pll, thank you so much
Thank you so much for these videos! I have recently been getting into speedcubing and your videos have been pretty much the only ones I've had to watch to learn CFOP and finger tricks. The videos make memorizing the algorithms super easy. Again, thank you for the guides, as they are amazingly well made!😀
Same here!!!
Here is the easier and faster algorithms to learn and solve:
Diagonal corners: just like in the video.
Adjacent corners: same position and R' F R' B B R F' R' B B R R U'
Edge cycle #1: F2 U L R' F2' L' R U F2
Edge cycle #2: F2 U' L R' F2' L' R U' F2
(Just U moves are U' instead)
Opposite edges: M2' U' M2' U2' M2' U' M2'
Bookmarks
Diagonal Corner Swap 0:35
Adjacent Corner Swap 1:30
3-Edge Cycle #1 2:12
3-Edge Cycle #2 2:50
3-Edge Cycle #2 (faster) 3:20
Opposite Edge Swap 3:42
Adjacent Edge Swap 4:22
hero
Just Ua,Ub,H and Z perms at the end
Hey man I wanna thank you for helping me learn fast way to solve a Rubik’s cube ❤❤❤
little help for me
solving corners
diagonal corner swap: 0:27
adjacent corner swap: 1:27
solving edges:
3 edge cycle right: 2:08
3 edge cycle left: 2:49
opposite edge swap: 3:41
adjacent edge swap: 4:22
TIMESTAMPS
0:35 Diagonal corner swap (F R U’ R’ U’ R U R’ F’) (R U R’ U’ R’ F R F’)
1:32 Adjacent corner swap (R U R’ U’ R’ F R2) (F R U’ R’ U’ R U R’ F’)
2:29 3-Edge Cycle#1 R U’ R U R U R U’ R’ U’ R2
3:23 3-Edge Cycle#2 R2 U R U R’ U’ R’ U’ R’ U R’
3:52 Opposite Edges M2 U’ M2 U2 M2 U’ M2
4:30 Adjacent Edges M’ U’ M2 U’ M2 U’ M’ U2 M2
U R GOD
Copy
@@Turkey_b0i what how
0:27 = Diagonal Corner Swap
1:27 = Adjacent Corner Swap
2:08 = 3-Edge Cycle #1
2:50 = 3-Edge Cycle #2
3:42 = Opposite Edge Swap
4:22 = Adjacent Edge Swap
Nice
Mr,c cmd
After alot of times watching this I can finally do beginner cfop thanks jperm
thank you so much I only just learned cfop because I didnt know i was using the beginner method and I was wondering why i just couldnt improve haha but you making these tutorials really help and I know that many people learn from them. This was easy to understand and your f2l one was tricky to get at first but I started understanding more after a bit and even tho I still cant make the cross on the bottom, f2l, oll, and pll super super fast I now know how to do them consistently without messing up
What do you mean you can't make the cross on the bottom
@@MortalMaster98 sorry, I wasn't using correct punctuation when I commented this. But I meant that I just couldn't do it super fast.
Corners
0:33 - Diagonal Corner Swap (No corners) PUT ONE SOLVED CORNER ON LEFT SIDE OF FACE
1:15 - Adjacent Corner Swap (2 Solved corners) PUT SOLVED CORNERS ON THE LEFT SIDE
2:15 - 3 Edge Cycle #1 (Right edge goes into the left edge) PUT SOLVED FACE ON BACK
2:50 - 3 Edge Cycle #2 (Left edge goes into the right edge) PUT SOLVED FACE ON BACK
Edges
3:49 - Opposite Edge Swap (No edges solved and all are opposite)
4:25 - Adjacent Edge Swap (No edges solved and all are adjacent)
.
Timestamps for me: :P
diagonal swap (all corners different): 0:36
2 opposite corners swap (2 corners are the same): 1:22
Edge cycle #1 and #2: #1: 2:26 #2: 3:22
"+" perm (aka H perm) 3:51
Adjacent edge swap (parity if you only have half of it): 4:41
You are done yay!!!!
This is the best. Learnt two algorithms in one day, that doesn’t happen usually with me
Can we have a beginner full ZBLL tutorial?
yes give me a minute that will be easy
@@JPerm 🙏🙏blessed🙏🙏
Seungmin Hong
Thanks for asking....
J Perm
Thanx for responding also Simultaneously proclaiming how easy this is for you to help us with. Wicked! Keep going forward!
Come on J perm its been a whole hour where is the tutorial?
fun fact : the diagonal swap algorithm is the same as a y perm algorithm
And the adjacent corner swap algorithm is the T perm algorithm
I always did Jb Perm for Adjacent corner swap in the begginner method
You could have added that in the case where no edges are solved and opposite edges need to be swapped; thats the h oerm
A note: The last algorithm is (M' U' M2 U' M2 U' M' U2 M2) but you have to do one final U move at the end.
A. Lias M2 U M2 U M’ U2 M2 U2 M’ U2
it's an AUF
Yeah
Well normally if you're doing it in a solve that last U might be a U, U2, U' or no move at all. It just depends on where your cube was positioned before you started it. But assuming you're learning it and line it up to start anyway, that is correct.
i use M2 U M2 U M U2 M2 U2 M U2
i find it easier to learn
Ur the best cubing youtube
Ur videos helps me a lot
Thank u