Need help with my 5x5x5 rubiks professer!!

Older threads and posts

Need help with my 5x5x5 rubiks professer!!

Postby Anderson202 » Sat Mar 15, 2008 5:42 pm

I need help with my 5x5x5 rubiks cube!! I can't fix it, I havent learned about the 4x4x4 but I want to learn about the 5x5x5, if anyone knows, plz reply me and teach me!! THX!!
Anderson202
 
Posts: 4
Joined: Sat Mar 15, 2008 5:35 pm

Re: Need help with my 5x5x5 rubiks professer!!

Postby TimMc » Sat Mar 15, 2008 7:52 pm

You can solve the 5x5x5 by reduction. That is, doing a few *new* steps and then solving it like a 3x3x3.

So here's the steps:
- Solve the Centers (3x3 grid on each face)
- Pair the Edges
- Solve like a 3x3x3
- Fix Parity

Solve the Centers
If you can't figure out how to do this I suggest trying the following:
- Solve a 3x3 square on the White face
- Then solve a 3x3 square on the Yellow face
By now you should see that your movements are becoming more and more restricted. You'll end up mucking up the previous 3x3 square (or center) if you don't account for it. It should become intuitive, so practice solving these 3x3 centers individually until you can solve them all.

Pair the Edges
Solving a 5x5x5 is like solving a 4x4x4 but with and extra Edge Pairing step involved. With a 4x4x4 you only need to pair up two edge pieces but the 5x5x5 needs three edges to be paired up.

To keep things simple you can just pair up two edges at a time on the 5x5x5 and you'll end up with a bunch of edges that are paired plus one. You can then pair these odd edges up with the already paired edges and you'll have a group of 3.

Here's an algorithm you can use to create three groups of pairs: Alg

Solve like a 3x3x3
I'm assuming you can solve a 3x3x3 so when you get to this stage you just need to solve it as such. When you're trying to Orient the Edges you might find that there's one group of edges where the two outside edge pieces have been flipped. This is a parity issue which you can ignore until the end of the solve if you so wish.

Parity
This can happen on a 5x5x5: the alg
The same thing occurs on a 4x4x4: the alg
...another 4x4x4 parity issue here

There's heaps of web pages and videos that can better explain it. I hope this points you in the right direction :-)

Google is your friend :-P

Tim.
TimMc
 
Posts: 99
Joined: Wed Mar 12, 2008 1:52 am


Return to Rubik's Forum Archive

Who is online

Users browsing this forum: No registered users and 1 guest