Struggling to solve the three by three , start with a two by two .
Super easy .
5.719 --> 77.3
Um I mean , it , it looks , it certainly looks simple .
Um There is a trick to it .
Um You know , being the fact there's no center um makes things a little bit trickier .
Um But yeah , but I'll go ahead and walk you through how to do this .
Um And you'll feel like a pro and again , you could master this thing and have it done within 30 seconds uh with enough practice even below 30 seconds .
So let's go ahead and get into it .
So what you're gonna wanna do first is scramble it .
Of course , you know , I find that just kind of go at it and do some funky scrambles and in no time you'll have a confusing looking cube that makes no sense like like that .
So I'm gonna go ahead and go ahead and , and solve my white layer first .
It looks like this has two right here , but it's not the same color .
So you're gonna want to get that out .
Uh In this case , you know , I'll note that I'm looking for matching the edge and the top .
So in this case , I see white , white , blue , blue .
So I'm gonna go ahead and move that in there like so , so now that looks the same and the blue is right there .
Uh in this case , this white belongs right there .
So I'm gonna go ahead and pop that out , bring it up , bring it over and bring it up .
So now I've got that again , you know , when you're solving this thing , you're gonna wanna go ahead and play with it because it's gonna make no sense .
There's no real method of doing it .
It's just kind of knowing how to get layer or you know things where in this case , there's a last cube right there .
I'm gonna go ahead and pop that in , in place .
So now the whole top layer is solved .
Notice that all the top layer is completely matching and we're in good shape .
Once you get the top layer solved , it's down to the bottom layer .
In this case , I have two right here to the right you might have which is one or zero .
Either way you're gonna follow this method .
In this case , you have two , keep them to the right and you're gonna perform this algorithm up over down , over up over over down and in the description below , I will keep , I will , I'll kind of keep note of that .
So you can see if you , if you like to see , you know , U I and R you know , U up fr you know , if , if you want to see those things , it'll be there as well .
In this case , it left me with one cube , which is what I want .
And I'm gonna keep that and I'm gonna rotate it like that , just rotate the whole cube and keep the yellow in the left bottom corner .
Again , white's intact and you're gonna do it again and again , now you have el up there again , rotate the whole cube like that and do it again .
In this case , all the yellow solved , all the white solved .
Once you have the top layer and the bottom layer solved , look for any matching pieces of top .
And in this case , there is nothing that that matches .
So you wanna , you're gonna perform this algorithm twice and I'll go ahead and again , keep it in the description right below .
So what you're gonna wanna do is , you know , pick any side you want because again , it doesn't make a difference at this point .
You're gonna go front , right front , back twice , front , front , back , rotate twice , rotate twice , rotate twice .
And now you're gonna be left with something matching .
In this case , it's the orange .
Once you have this piece again , yellow , top solid one side and solid bottom with this full solid side , have it all the way , rotated to the back and do the whole thing over again .
Again , you're gonna go front over the front there .
That way I'm gonna go 12 in the back .
Right , right .
Twice , twice , twice .
Solve very , very simple .
Again , I'll keep everything down below so you can see that .
Um For now , this is a soft cube .