And if none of the pieces work , just do this algorithm with any side at any corner , at any location , as long as the yellow is facing up , and then you'll get to a point where you will find a piece that is much like this or ones that that's already correct .
So while you're here with your correct piece in the lower right sector up top , the algorithm is up right up inverted , left , inverted up , right , inverted up , inverted left .
Now it looks like it may not have done much and it may not have for uh for various different reasons .
And this time around it didn't look like it did .
So again , the way to fix this do the same algorithm up right up , inverted , left , inverted up , right , inverted up , inverted left .
And now if we look around our piece boom , we have two pieces already solved and these two pieces that just need to be fixed and hopefully you run into the same problem .
Now , it's just like it's , it seems intimidating , but it's pretty easy and it's cool because we learned this in the very beginning , this algorithm .
It's the old right inverted down inverted right down .
So put the piece that you need to solve for in the lower right corner and have any missing pieces go going clockwise of that .
So you don't want to start with this piece because then you're gonna screw the these up and it's gonna take you some time to fix it .
Uh So put it in the correct spot with this piece in the lower right sector and any following corresponding pieces going clockwise , it's the old with this facing you yellow up top , right , inverted down , inverted right down .
Oh But it looks like it's screwed with the whole thing .
If you don't have a straight line across is here with an edge piece centerpiece and then another edge piece directly next to it .
So put this in the upper left section and the way to go about doing this is front up , right up , inverted , right , inverted , front , inverted .
So now we have our cross , but again , we're trying to get our edges lined up much like this red , one is aligned with this one .
And the thing that you'll find when you get to this piece is at least two , if you rotate this any which direction two layers will correspond at some point .
So only the green fits here .
But if I keep spinning orange and blue , so there's , there's our moneymakers .
So we're going to position them .
So they're on both the back end and the right end for this algorithm .
And what this is going to do is essentially switch these two pieces with each other .
And again , I teach magic on this channel .
Be inspired to learn aspire to disturb and always rise above .
And again , you put them both in the back and to the right , you do that same algorithm right up , right , inverted up , right up , up , right , inverted and then give it that last rotation and boom , you will be back to where we started initially with all of our edges being correct and all to solve left is our corners .
Here .
I have all four corners arguably incorrect except this piece is correct .
It is where it needs to be .
It's just facing the wrong direction , we have blue red and the yellow side .
So if you already have that correct piece again , put it to the lower right .
And if you found your correct piece that you need to work off of , then put that in the lower right sector as well .
And if none of the pieces work , just do this algorithm with any side at any corner , at any location , as long as the yellow is facing up , and then you'll get to a point where you will find a piece that is much like this or ones that that's already correct .
So while you're here with your correct piece in the lower right sector up top , the algorithm is up right up inverted , left , inverted up , right , inverted up , inverted left .
Now it looks like it may not have done much and it may not have for uh for various different reasons .
And this time around it didn't look like it did .
So again , the way to fix this do the same algorithm up right up , inverted , left , inverted up , right , inverted up , inverted left .
And now if we look around our piece boom , we have two pieces already solved and these two pieces that just need to be fixed and hopefully you run into the same problem .
Now , it's just like it's , it seems intimidating , but it's pretty easy and it's cool because we learned this in the very beginning , this algorithm .
It's the old right inverted down inverted right down .
So put the piece that you need to solve for in the lower right corner and have any missing pieces go going clockwise of that .
So you don't want to start with this piece because then you're gonna screw the these up and it's gonna take you some time to fix it .
Uh So put it in the correct spot with this piece in the lower right sector and any following corresponding pieces going clockwise , it's the old with this facing you yellow up top , right , inverted down , inverted right down .
Oh But it looks like it's screwed with the whole thing .
Well , you just keep doing it , Renford down right down , right down , right down Rainford down right down .
So boom , that yellow piece is correct .
But now we have this all solved up and this is where it's almost like magic .
So right inverted down , inverted , right down rain Vert down right down , boom foam .
And there it is just like that .
That's all she wrote .
Ladies and germs .
That is how to solve a three sided Rubik's cube .
I'm Jari 1 20 .
I teach powerful magic .
Integrate with social dynamics on the channel how to disturb reality .
But you know , this is something I've always been interested in helps your memory for short term memory loss .
And uh just like magic , it gives people the illusion that you're smarter than you are .
So it's another reason why it appealed to me .
And again , I teach magic on this channel .
Be inspired to learn aspire to disturb and always rise above .