Jul 03, 2013  CLL is a set of 42 algorithms for 2x2 that solves the cube once a layer has been formed on the bottom. This video teaches recognition and execution for the Sune and Antisune CLL cases. CHRONIC LYMPHOCYTIC LEUKEMIA Treatment algorithms in CLL STEFAN FADERL The University of Texas M. Anderson Cancel Center, Huston, TX 77030, USA CLL therapy has changed dramatically over the last few years. This development has been aided by progress in 2 areas: (1) a better understanding of CLL biology (and with it discovery and characteriza.

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GC - What's the Difference between CLL, CMLL, and COLL? Waffo - GC, that's a good question! GC - And the answer is.? Waffo - Oh look a squirrel. *Walks Away* So what the hell is the difference, right? All the subsets mentioned orient and permute the U-Layer Corners at the same time. CLL is just for 2x2. So you really can't use it on 3x3. Sune 2x2x2 OLL ( R U R' ) U ( R U2 R' ) Anti-Sune ( R' U' R ) U' ( R' U2' R ) Headlights F U R U' R' F' Chameleon ( R U R' U' ) ( R' F R F' ) Diagonal Corners F' ( R.

A List of Rubik's Cube Algorithms for When You Get Stuck

Rubik's cube is a widely popular mechanical puzzle that requires a series of movement sequences, or algorithms, in order to be solved. Many of you have likely watched the tutorial videos that teach you how to solve the cube, but don't know or cannot remember those long, boring algorithms. Therefore, I have created a handy cheat sheet of the algorithms that you can whip out at a moment's notice to solve the Rubik's Cube when you get stuck.

The Basic Movement Notations

Understanding the basic move notations are essential to understanding the algorithms. Each notation designates one of the cube layers that should be turned clockwise 90 degrees (or 1/4 of the way around the cube).

Standard notation for the cube is Up, Down, Right, Left, Face, and Back (U, D, R, L, F, B). These refer to the different layers of the cube. Remember, though, that the notations are all relative and are determined based on the cube's orientation. Face, for instance, refers to the layer that faces you when you hold the cube.

When the notation has an apostrophe (e.g., U'), that means you should move that layer counter-clockwise 90 degrees. See the full list of movement notations below.

This article does not teach you how to solve a Rubik's cube from start to finish.

This is a list of very specific algorithms for specific situations where people commonly get stuck when trying to solve the Rubik's cube. You should already know the basics, and only use these algorithms when you find yourself in the situations presented below.

List of Rubik's Cube Algorithms 3x3

Important Tip

If you don't arrive at the solution on the first try, continue doing the algorithm over and over again until you get there.

The first step in solving the Rubik's cube is to make the white cross. To match those colors up, perform the following sequence:

F' U L' U'

1. Front inverse (counter-clockwise 90 degrees)
2. Up (clockwise 90 degrees)
3. Left inverse (counter-clockwise 90 degrees)
4. Up inverse (counter-clockwise 90 degrees).

2. First Layer, Left and Right Corners

Left Corner

To get the left corner aligned, use the following algorithm:

D L D' L’

1. Down (clockwise 90 degrees)
2. Left (clockwise 90 degrees)
3. Down inverse (counter-clockwise 90 degrees)
4. Left inverse (counter-clockwise 90 degrees)

Right Corner

To get the right corner, use the following algorithm:

D' R' D R

1. Down inverse (counter-clockwise 90 degrees)
2. Right inverse (counter-clockwise 90 degrees)
3. Down (clockwise 90 degrees)
4. Right (clockwise 90 degrees)

Use the following algorithm to place the edge pieces and to complete the second layer. The side of the cube with the edge piece that needs to be rotated is going to be your Front (F). These algorithms are for two separate cases.

Right Edge-Piece Placement

When you need to move the edge piece to the right:

U R U' R' U' F' U F

1. Up (clockwise 90 degrees)
2. Right (clockwise 90 degrees)
3. Up inverse (counter-clockwise 90 degrees)
4. Right inverse (counter-clockwise 90 degrees)
5. Up inverse (counter-clockwise 90 degrees)
6. Front inverse (counter-clockwise 90 degrees)
7. Up (clockwise 90 degrees)
8. Front (clockwise 90 degrees)

Left Edge-Piece Placement

When you need to move the edge piece to the left:

U' L' U L U F U' F'

1. Up inverse (counter-clockwise 90 degrees)
2. Left inverse (counter-clockwise 90 degrees)
3. Up (clockwise 90 degrees)
4. Left (clockwise 90 degrees)
5. Up (clockwise 90 degrees)
6. Front (clockwise 90 degrees)
7. Up inverse (counter-clockwise 90 degrees)
8. Front inverse (counter-clockwise 90 degrees)

4. Getting the White Cross Without Disrupting the Rest of the Cube

To make the white top cross without disturbing the rest of the cube, you should use the following algorithm:

F R U R' U' F'

1. Front (clockwise 90 degrees)
2. Right (clockwise 90 degrees)
3. Up (clockwise 90 degrees)
4. Right Inverse (counter-clockwise 90 degrees)
5. Up Inverse (counter-clockwise 90 degrees)
6. Front Inverse (counter-clockwise 90 degrees)

Problem 1

Use the algorithm three times when only the center color is white

Problem 2

2x2 Cll Algorithms Pdf Files Free

Use the algorithm two times when there is a pattern that looks like an 'L.'

Problem 3

Use the algorithm once when there is a straight horizontal line.

For the following algorithm to work, the third, unsolved layer must be rotated until exactly one of its edges appears to be solved (i.e. it should look like the blue side in the example). This side of the cube (the side that looks exactly like the blue side in the example) should be your Front (F) as you perform the algorithm. You might have to go through the algorithm twice to solve the third layer edges; if this is the case, your Front face should be the same both times.

R U R' U R U U R'

1. Right (clockwise 90 degrees)
2. Up (clockwise 90 degrees)
3. Right inverse (counter-clockwise 90 degrees)
4. Up (clockwise 90 degrees)
5. Right (clockwise 90 degrees)
6. Up (clockwise 90 degrees)
7. Up (clockwise 90 degrees)
8. Right inverse (counter-clockwise 90 degrees)

The following algorithm is used to align the corner pieces in the third layer. The order in which the colours are aligned does not matter. When do this, the side that looks like the red side in the example should be your Face.The algorithm is:

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U R U' L' U R' U' L

1. Up (clockwise 90 degrees)
2. Right (clockwise 90 degrees)
3. Up inverse (counter-clockwise 90 degrees)
4. Left inverse (counter-clockwise 90 degrees)
5. Up (clockwise 90 degrees)
6. Right inverse (counter-clockwise 90 degrees)
7. Up inverse (counter-clockwise 90 degrees)
8. Left (clockwise 90 degrees)

This last algorithm helps you to correctly place the aligned blocks in their correct position, one piece at a time. The side that looks like the red side in the example should be your Face. The algorithm is:

R' D' R D

1. Right inverse (counter-clockwise 90 degrees)
2. Down inverse (counter-clockwise 90 degrees)
3. Right (clockwise 90 degrees)
4. Down (clockwise 90 degrees)

• I was looking for a faster way to do it but this way isn't as helpful, it was also kind of confusing.

• still don't know what the plan is

• I dont understand the last step.. the short algorithm one.

• A lot of thanks to Rakshith MG

  These algorithms are awesome and I want to say also that please add the basic s also because it is a lot confusing in starting but it easier afterwards

  Again A lot of thanks to Rakshith MG

  P.S. What MG stands for .

• Omg this stuff is so confusing idk how anyone of you solved it

• This really helped with notes and I finally learned how to solve a cube and I can get under 15 seconds now

• this works after a month of me looking and learning how to i finished my speed cube or solved in 10 sec

• Confusing..

• i use cfop so my pb (personal best) is 19.44 sec and average around 29 sec

• Solved in 1min 9sec

• Interesting stuff

• Not the easy way..But I still got it after a few times.

• Please someone post a video which is very easy to learn

  Nothing is going into my head

  Please

• yah right

• it work 100% .

• That’s not the only way

  Plus, it’s not the easy way

• Watch a video on the 3 layer method then come back and use this site this is not to learn how to solve a cube it is for if you kind of know the steps but don't know the algorithms. I just learned today only from one video and this site and I have already solved the cube multiple times, Im sorry but if you don't understand the cube yet you could have a certain disease called DUMBASSS!

• I want to learn how to solve rubiks cube is there anyone who can help me????

• It didn’t work for my cube

• Can u make a site like this for the 2x2?

• I need help solving a rubik's cube guys. For some reason, My friend said the corners are mixed up and I can't solve it if the corners are mixed up.

• Dum it's so dumb and beast of a catalyst Hero never give the algorithms again is

• I can not be bothered and have no patience please help

• Ok so there’s two white crosses there should be a white cross and a yellow cross

• Step 7 is wrong. Looks like a deliberate troll to mess with people, which is too bad since the rest of the steps are correct and well described.

• Good but in this put some finger moves also.keep it up

• i couldnt find any algorithm concerning the barrel cube..i already asked about this before pls those algorithms would be wonderful

• I want to try it if it will be good. I will like it if it is good I will send to my friends.

• When I see a scrambled cube I say in my head ya I can do this but then I think and I forgot a a rubix cube even is. The rest of these dots is so I can fill the comment limit .................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................I started to realize I don't want to do the 8 thousand

• the 5th step isnt working for me LOL

• Show them The daisy trick. No need to for the first algorithm

• All my brothers i want to teach you

• Nice soooo easy and very nice

• Its technically correct, but the last step is misleading, as you must do that algorithm twice instead of once. Then, once that corner is alligned, you rotate only the top layer, placig the next corner in the upper right, and continuing. Needs better explanation.

• This really helped I forgot how to solve the top layer now I can do it really quickly thankyou

• it does not work at all

• I am a self taught learner, this is how I thought myself!

• IT WAS WRONG

• wonderful trick really working

• Woooooow!that was amazing

• These 7 steps works really good and very easy to memorized. You need to know basic knowledge of 3*3 cube. Learn it from Youtube, Master it and after mastering these method you better to switch to 'Roux' for fast solving !!

• .. legit stupid. It doesn't work at all rn. At least have a tutorial or smth if it really works. otherwise, just solve the cross and be over with it

• When I first bought the Rubik cube , I mixed it.up, does this article still helps me to solve it??

• i can already solve it that way ,I went on this site to find a new way

• The last step confused me a lot but I was able to solved it later. It needs proper explanation.

• Thanks for all of your help today I am a good at finishing the Rubik cube!

• The algorithm is exactly same with the one I usually apply but I'm in search of such a way to solve the cube within 30 seconds in which there are only a few steps..

• i tried to do it but nothing happened. i tried all day but nothing. but it was good of you to do it for us tho! was good but not really efficient. but mainly, i did not get all sides filled.. so yeah. thanks tho!

• I sat here for an hour trying to use these algorithms and let's just say this dude owes me a new tv

• Rubik's cube is hard

• What is perhaps most underestimated is learning the notation, the terms and how to correctly read the various sides. Any misunderstanding of which direction or layer your working on will throw the whole thing off..obviously..awe but is it so obvious?

• My first time with a Rubik on my hand. How I know what part of the cube is the front and which one is the up. It looks similar. Do I have to use the white center as the Up? if yes, then which color must be the left and which one the right??

• Doesn’t work on scrambled cubes if you use that algorithm

• i did the algorithm above the white cross never appeared

• It doesent work I spent the whole day

• For the last step you have the cube you want to flip in the top right corner, then do the formula until it is fixed. The rest of the cube will look failed, but wait. Rotate the top layer so the next cube to be flipped is on the top right and repeat. Viola!

• I can solve a 3x3 in under 30 seconds and I wish I could help ٩( ᐛ )و

• This works good you forgot to add a agorithm

• I didn't even understand

• It is nice and interesting doing concentration games on the ipad.

• I've test ran every single Algorithm and attempted to use them all, however it just seems that no matter how much or little effort I put into solving the cube was a failure. So I'm guessing that there are two things that are happening in my current situation. One is being that I just may or may not be able to even comprehend the complexity of these 'simple' Algorithms. Two, I could possibly be overthinking these Algorithms which ultimately leads me to my failure of solving the Rubik's cube. So if anyone would like to respond and give me any advice on what I could do feel free to ask me.

• this is far too easy steps to follow, i solved it, thanks for the help

• someone help me it wont work for me, i think im doing it wrong

I recently got my first sub-5 AO100 with Ortega and some SS, and I told myself once I did that, I'd learn CLL. I could press on, learn some more SS and practice OLL prediction to get sub-4, but I feel like it would be more beneficial to learn CLL. The only problem is I'm really not sure how to approach learning it.

I'm in no rush to learn and am planning on memorizing one, maybe two algs per day, but I'm not sure what to do while I learn them. At this point, I have roughly 30 new algs to learn and can realistically accomplish that in about three weeks, but what do I do in those three weeks?

Should I approach it like learning full OLL for 3x3 and keep doing timed solves while I practice CLL on the side? Or should I put the timer away for three weeks, learn full CLL, then start timing again?

Also, is it best to learn CLL one set at a time? By that I mean is it most efficient to learn the Sune algs, then Antisune, then T, and so on?

Like I said, I'm not in any rush to learn. I just want to make sure I'm approaching this effectively. I'd love to hear from anyone who knows CLL. In particular, I'm interested to know how you learned it, how long it took, and what, if anything, you would do differently if you could relearn it.

Cll Algorithms 2x2

Thanks in advance.

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