How to Solve Edge Parities on a 7x7x7 Cube.
HTML-код
- Опубликовано: 20 авг 2024
- Just a tutorial on how to solve edge parities on a 7x7x7. If you have any questions let me know.
Time Stamps:
Edge Parity 1 (O X O O O X O) (0:30)
R2 B2 U2 L U2 R' U2 R U2 F2 R F2 L' B2 R2
Edge Parity 2 (O O X O X O O) (1:23)
R2 B2 U2 L U2 R' U2 R U2 F2 R F2 L' B2 R2
Edge Parity 3 (O X X O X X O) (2:02)
R2 B2 U2 L U2 R' U2 R U2 F2 R F2 L' B2 R2
Edge Parity 4 (X X X O X X X) (3:04)
R2 B2 U2 L U2 R' U2 R U2 F2 R F2 L' B2 R2
Edge Parity 5 (Edge Swap) (3:53)
R U2 R U2 F2 R F2 L' U2 L U2 R2
Common Mistakes (4:50)
I hate it when tutorials overcomplicate it by adding so many words to it. Yours was straight to the point! Thank you it all makes sense now
Thank you so much for putting the algs in the description. Drives me crazy when people dont do that.
You saved my life with Parody 5! Thank you!
Hey! Thanks for shuffling my cube again!
Mate your a star! I’ve been stuck on the one you have at 1:23 for months! This is the simplest clearest instructions I’ve found.
Dude your voice is so relaxing and slow great tutorial
Well explained in a slow methodical manner.Thanks
This is one of the best videos ever! Clear instructions and straight to the point. You da man!
Thank you thank you thank you thank you thank you. I don't know what I've been doing wrong but you helped me with my 11x11. Thank you!
WOW - thank you!!! This is exactly what I've been looking for!
Excellently explained
Finally a video that actually helped me solve! So many others seemed to get me nowhere!
ayeee, thanks for not over complicating it like most do
This was super helpful. For months, I was trying to learn the parity algs, and nothing worked. This changed that forever. THANK YOU SO MUCH FOR THIS AWESOME VIDEO!!!
thank you so much. i have been stuck for hours
Thank you!
So hard to find good videos that have clear notation and explanations.
Best video on edges nice slow and steady
Virag Doshi always the same algorithm I think I’m the only one that noticed
Thanks so much for the common mistakes section! I couldn't figure out how to flip that center piece... Of course it can't be flipped.. I'm just looking at things the wrong way!! Thank you, again!
Thank you, works on my 9x9 aswell, once you can solve a 4x4 and 5x5 you can solve any sized cube
OMG! i finally finished my 15x15. thank you so much
Finally managed to get the edges sorted and could finish the cube. Simple and slow easy to follow. Do you have other videos
Deserves way more likes. Thank you dude. I did a random parity algorithm and it somehow worked. I appreciate it.
Thank you so much man, worked a charm on my 10x10
I was a rebel and went for parity 2 right away. Great demonstration 👍🏼
I like the way he says:
that's not my problem
Great video. Thanks for sharing!
Thank you very much ,it helped me solve my 11 by 11 .
could i just use my 5x5 parity algs applied differently to solve it?
Go for it! The 7x7 is just an up-scaled version of the 5x5; everything is the same, but with more pieces. :P
yea i did it like that
semi awesomatic yes
Generally speaking doing R' U2 L F2 L' F2 R2 U2 R' U2 F2 U2 F2 in right place does all paritys on even and odd layered cubes. BUT it can be inefficient
4:55 You can hold the edges on the left and right and do a sideways m slice , flip the edge you sliced into, and slice back. Super easy to remember and saves a lot of moves.
Not Dave it fixes that edge but does the same thing to a different edge
3:11 haha! that's so funny
great tutorial!
Thanks, i saved it in my playlist
I used your 5th edge parity and applied it to a different problem I had with the 3rd layer and it worked perfectly.
Verry good video. Ive always had a problem with the odd number last two edges. Awesome video.
Thanks , you covered everything i needed to know
The third layer can be swapped after you line it up on the top right and do this algorithm:
L’ U2 L’ U2 F2 L’ F2 R U2 R’ U2 L2
Is there a way to do this with the fourth layer
Most helping video on RUclips for 7x7 parities!!!
Omg! Thank you! Been looking for that edge swap alg all night! Thanks
Very useful and not too difficult to remember.
Thank you
you're a life saver
dub, thanks! it works ✅
I keep opting for a large number of simpler moves (I only memorized about 3 or 4 moves) because I have trouble seeing any high-level structure in these very long moves. Forgetting the "last layer" algorithms was actually a blessing, as I no longer use any moves that I don't completely understand. Some books talk about commutators, parenthesize to show some more obvious structure. Is there high-level structure to these moves that are easily explained?
LIFE SAVER
Your voice is so satisfying
thank you so much now I have solved my first 5 by 5
I'm so happy I finally learned 4x4
Marvelous tutorial. Thank you!
Wonderful thanks
It's very good tutorial. Thanks man!
nice
I just ordered a 7x7 because I want something that is solved the exact same way as a 5x5 but it looks more impressive :p
so yea. i didn't watch it all the way through. just slowed it down and did all the turns as they happened in the vid. Then when the last turn was done i realized i fudged up somewhere, but i made a few more turns to line everything back up and it all worked out some how lol. got lucky.
I don't understand all the notations yet, just bought a 7x7x7 earlier this week as my first cube, got all the centers done and was just stuck on these 2 edge pieces being flipped. Now i just need to figure out the corners and get all the edges on the right faces and ill be done. its taken me a week on and off so far. Using a $20 CuberSpeed QiYi QiXing S from amazon, thing is really smooth and doesnt get stuck.
Thanks so much!
THANKS YOU VERY MUCH
Thank you so much sir
it worked! hallelujah!
Person thank god they haven’t patched this bug up yet
Basically, the only parity possible for odd layered big cubes is oll parity (pll parity only affects even layered ones), and if you use the algorithm Rw, U2, Rw, x, U2, r, U2, x', l', U2, l, U2, r', U2, r, U2, Rw', U2, Rw', it can work, only for Rw, you turn the piece you need flipped, and all the ones to the right of it, and for r, r', l, and l', you turn the pair you need flipped.
The last one is possible. Even in 3x3x3, it is possible that two edges are placed correctly but oriented wrongly. It can be fixed.
THANK YOU
OMG thanks I finally leant the 7x7 I was so confused for the edge parity’s
great video
Joseph Le 8=====D
Excellent tutorial. Just about the optimum speed.
The picture on Parity 2 is wrong but other than that great video!
thank you so much i really needed that
can this algorithm (R U2 R U2 F2 R F2 R F2 L' U2 L U2 R2) also work with the layer closer to the inside of the cube
don't do this
What cube is this? I have the V-Cube set when i was heavy into cubing then, but I'm really digging the square look
thank you
This will help alot
What if the last two edges that need to be swapped are center pieces??
I got this problem and dont know how to solve it if you have a answer can you tell me
Didn't differentiate between slice moves and outer moves in the algs...I'd recommend using WCA notation just so people can understand it. Might be why people are confused.
Very good tutorial, i can't understand the dislikes... Anyway, thank you
Thank you so much! This video really helped me! :D
thank you so much
thanks this really helped
0:35
Don’t mind me I’m just making a time stamp for myself so I can memorize this
The notation is a bit confusing. For example alg 1 starts with R2 but I don't think you're doing R2, I think you're doing r2 or 2R2 (can write it either way).
Its very helpful
Good quality +rep
Thank you so much !!!
can you do the algs without doing the r and l moves in the middle just really wide moves but you don’t care about the cornes
What about edge pairing for last 2 edge pairing on two opposite sides ?
I have a single piece out of place. Looks like this. OOXOO. ANY IDEAS?
On 4:55 he said it was impossible When I tried the 5x5 Flip edge thing it got fixed
damn that was confusing. your intro pic for parity 2 showed a pic of parity 1 so i missed it at first
Pls do more pen spinning tutorials
hey bro, do you have the algorithm to sway the middle piece (i.e. piece 4 & 46 need to sway - permutation case) - thanks
hey.. I would just like to ask how come when you say R you only turn the inner section of the side?? thx for your vid though
4:57 you couldn't be more wrong. Do MUMUMU2M'UM'UM'U2 with just the center edge not the wings, and tell me it can't be flipped by itself. What you meant to say, is it is impossible for a single center edge to be flipped. If a single center edge is flipped, it means 2 center edges are flipped. Because you have parity, although one is solved in correlation to it's wings, the wings were inserted wrong which means both the center edges need to be flipped, and then you have to swap the wings to the correct positions. With the parity alg. The real case is one flipped center edge, and then a flipped edge pair. So what you need to do is flip the center edges which gives you the flipped wings.
The center edge is a true edge on odd puzzles, and functions like the edge of a 3x3. The wings do not, only when paired to form and edge do they work like an edge.
Oh wait I figured it out!
Thx
I'm sooo confused I got edge swap but in the centre so I cannot do both l and r move
Liking
Those notations are all wrong, where the alg says L or R you're doing 3Rw and 3Lw etc. If someone was just following the algorithm itself it wouldn't work.
Same 4x4 algorithm yay!!
interesting; because of how I pair edges I have never gotten some of these cases. And, then I get OXOXOXO a lot and don't see that one here!
Does it work for a 9x9
I get a parity which I need to undo the cube
yes i am a rebel.
Aren't parity 1 & 2 the same?
How come no one uses Lucas parity on these 7x7 tutorials 🤨