How to Solve a 3x3 Rubik's Cube In No Time | The Easiest Tutorial

How to Solve a 3x3 Rubik's Cube In No Time | The Easiest Tutorial


How to Solve a 3x3 Rubik's Cube In No Time | The Easiest Tutorial

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If you look up the word “frustration” in the dictionary, you’ll probably see a picture of a Rubik’s Cube. It takes some bright minds only 5 seconds to solve, yet others spend years trying to put it together, eventually giving up. But the truth is that anyone can solve the Rubik’s Cube with one single algorithm! And it’s really simple!

So, today’s algorithm includes 7 stages. You can pause the video and practice until you can do all these moves pretty much automatically. It’ll help you later on!

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TIMESTAMPS:
#1. Solve the white cross on the bottom 2:54
#2. Solve the four corner pieces on the bottom 4:23
#3. Solve the four edge pieces in the middle layer 5:43
#4. Solve the yellow edges on the top layer 7:10
#5. Solve the four edge pieces on the top layer 7:55
#6. Orient the yellow corners on the top layer 9:15
#7. Solve the yellow corners on the top layer 9:54

#rubikscube #riddles #brainteasers

Music by Epidemic Sound https://www.epidemicsound.com/

SUMMARY:
- #1. The task here is to put together a white cross, and align its edges with the right colored center on each side.
- #2. At this stage, you’ll have to put the lower corners of the cube in the right places, and the white side of the cube will be solved. Here’s where you’ll use that R U R’ U’ algorithm for your right hand.
- #3. At this stage, you’ll need to solve the rest of the middle layer so that the outer blocks are the same color as the center. In the first case, the layer you’ll be working with is to the LEFT on the top of the target position. You must match it with the right color.
- #4. First, you put together a yellow cross on the yellow side of the cube. If you don’t see the yellow line but only a random set of yellow edges, start doing the algorithm. As soon as you see the yellow line, start doing the same algorithm!
- #5. Now we need to arrange the edges of the yellow cross so that the second color coincides with the color of that side.
- #6. At this stage, the task is to put the corners in place with the appropriate colors of neighboring centers. You only need to move them into place – you’re not solving them just yet.
- #7. You’re almost done! All you have to do is solve the corners! Use the algorithm you already know in a slightly modified order until the corner is solved.

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Content

0 -> eventually giving up but what if I told
2.79 -> you anyone can solve the Rubik's Cube
5.19 -> with one single algorithm I tested it
8.639 -> myself and it's really simple check it
11.13 -> out okay for starters let's see what a
14.37 -> 3x3 cube consists of it has three main
18 -> parts center edge and corner to
22.05 -> understand how these algorithms work you
24.57 -> have to learn the Rubik's Cube lingo all
27.119 -> moves are written down in letters that
29.76 -> stand for one 90-degree cube rotation
32.85 -> are right L left you up d down F front
41.16 -> and be back an apostrophe means that the
46.02 -> layer should move counterclockwise by
48.39 -> 90-degree no apostrophe means it goes 90
52.26 -> degrees clockwise when there's a number
55.02 -> next to the letter it stands for the
57.39 -> number of turns you should make in the
59.91 -> algorithm I'll be showing you today
61.53 -> you'll only work with the ones in this
64.409 -> yellow zone you can now pause the video
67.29 -> and practice the rotations so here's the
71.31 -> main algorithm for your right hand it'll
74.369 -> be far you are ' you apostrophe and once
79.77 -> again are you are apostrophe you
83.34 -> apostrophe
84.299 -> it's the exact opposite for your left
86.7 -> hand L apostrophe you ' l you and again
93.119 -> L apostrophe you apostrophe L you let's
97.619 -> see what that looks like in real life
99.119 -> right hand are you are apostrophe you
104.7 -> apostrophe and once again are you are '
109.229 -> you ' now left hand L apostrophe you ' L
115.89 -> you and again L apostrophe you
119.79 -> apostrophe L year before you continue
124.11 -> it's a good idea to pause the video and
126.659 -> practice until you can do all these
128.91 -> moves pretty much automatically it'll
131.37 -> help you later on
132.89 -> okay so you'll go through seven stages
135.77 -> in today's algorithm number one white
138.71 -> cross on the bottom number two the
141.5 -> bottom corners number three the middle
144.8 -> layer number four the yellow cross
148.06 -> number five the top layer number six the
152.48 -> top corners number seven the final goal
156.28 -> number one solve the white cross on the
159.68 -> bottom the task here is to put together
162.23 -> a white cross and align its edges with
165.32 -> the right colored Center on each side
167.81 -> here I'll mix it all up first now let's
174.95 -> get started to begin with you have to
177.83 -> put together this sequence that looks
179.959 -> kind of like a daisy
181.34 -> it's really easy and doesn't require any
183.65 -> special algorithms try it yourself then
204.5 -> rotate the top layer with the Daisy on
206.959 -> it
207.32 -> align the right colors of the layers
209.57 -> with the color of the center and rotate
212.54 -> this layer 180 degrees do the same thing
216.29 -> with the remaining whites
218.98 -> [Music]
240.63 -> and this is how you get a white cross at
244.63 -> the bottom number to solve the four
248.68 -> corner pieces on the bottom at this
251.53 -> stage you'll have to put the lower
253.36 -> corners of the cube in the right places
255.4 -> and the white side of the cube will be
258.07 -> solved here's where you'll use that are
265.6 -> you are ' you apostrophe algorithm for
269.26 -> your right hand rotate only the top
272.169 -> layer of the cube to find a corner
274.51 -> that's the same color as the Centers of
276.91 -> the other sides and use the algorithm
279.639 -> until the corner is in the right place
282.51 -> [Music]
290.7 -> do the same with the rest of the corners
293.86 -> [Music]
317.87 -> at the end of this stage you should have
321.03 -> little upside down tees on all sides
323.569 -> ending at the centerpiece number three
327.389 -> solve the four edge pieces in the middle
329.88 -> layer at this stage you'll need to solve
332.819 -> the rest of the middle layer so that the
335.28 -> outer blocks are the same color as the
337.56 -> center in the first case the layer
341.099 -> you'll be working on is to the left on
344.52 -> the top of the target position you must
348.479 -> match it with the right color here's how
351.21 -> you can do it turn the upper part to the
353.97 -> left use the algorithm for the right
356.43 -> hand rotate the cube left use the
359.58 -> algorithm for the left hand in the
364.56 -> second case the layer you'll be working
366.87 -> on is to the right of the top of the
369.63 -> target position you must match it with a
372.06 -> corresponding color turn the upper part
374.819 -> to the right use the algorithm for the
377.25 -> left hand rotate the cube right use the
380.25 -> algorithm for the right hand repeat that
383.759 -> with all the sides and you're done
385.92 -> [Music]
413.419 -> number four solve the yellow edges on
416.669 -> the top layer first you put together a
419.879 -> yellow cross on the yellow side of the
422.189 -> cube if you don't see the yellow line
429.809 -> but only a random set of yellow edges
432.499 -> start doing the algorithm as soon as you
443.579 -> see the yellow line start doing the same
446.069 -> algorithm
451.66 -> and this is how you get across number
458.53 -> five solve the four edge pieces on the
461.56 -> top layer now we need to arrange the
465.04 -> edges of the yellow cross so that the
467.62 -> second color coincides with the color of
470.02 -> that side let's get started find one
477.31 -> edge that's already in place rotate the
480.76 -> top layer of the cube to align the edge
483.19 -> with the corresponding color it's
485.68 -> important that only one edge is matching
488.08 -> if two of the match you should use a
490.75 -> slightly modified algorithm to mix the
493.51 -> edges
494.2 -> [Music]
505.37 -> again only one edge should coincide in
508.98 -> color keep that one in front of you and
511.65 -> use the same algorithm until the
514.02 -> remaining edges get in the right
515.82 -> positions
516.9 -> [Music]
533.21 -> voila
537.26 -> number six orient the yellow corners on
541.2 -> the top layer at this stage the task is
544.17 -> to put the corners in place with the
546.15 -> appropriate colors of neighboring
547.83 -> centers you'll only need to move them
549.78 -> into place you're not solving them just
552.39 -> yet find the corner that's already in
555.72 -> place in this case it's even rotated
559.92 -> correctly but that's not important and
562.05 -> use a slightly modified algorithm until
565.86 -> the corners are in their places
567.73 -> [Music]
574.94 -> done number seven solve the yellow
579.69 -> corners on the top layer you're almost
582.63 -> done
583.35 -> all you have to do is solve the corners
586.55 -> rotate the cube so that the yellow side
589.32 -> is facing you you'll work with the
591.72 -> upper-right corner let's solve it corner
594.78 -> by corner don't rotate the cube and do
597.66 -> everything step by step a lot of people
600.42 -> make mistakes at this stage and have to
602.58 -> start all over so be careful use the
606.3 -> algorithm you already know in a slightly
608.91 -> modified order until the corner is
611.7 -> solved once you're done with one move to
620.49 -> the next by rotating the side that's
622.74 -> facing you and using the same algorithm
625.85 -> [Music]
632.99 -> rotate the front layer so that all
635.58 -> colors of the cube match and you're done
640.67 -> Congrats
642.03 -> you now know how to solve a classic 3x3
645.21 -> rubik's cube this method will work on
647.94 -> other types of 3x3 cubes too but the
651.06 -> real kicker is that it also helps solve
653.52 -> even more complex ones so just keep
655.92 -> practicing and you'll have it down in no
658.26 -> time did you manage to solve the cube
660.78 -> using this algorithm or maybe you have
663.39 -> your own way of doing it let me know
665.34 -> down in the comments if you learn
667.23 -> something

Source: https://www.youtube.com/watch?v=KGvQRaK1mvs