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So I'm creating this topic to share toughts on how to teach beginners to solve the cube.

Feel free to share ideas about what methods to teach, and what techniques to use when teaching people of different ages.

So I want to share an idea...

When teaching the cross, showing how to solve the last cross piece. So the person will only have to worry about solving one piece without disturbing the others. as the person learns to solve all the possible cases intuitively you can show shortcuts when you have freedom in the beggining of the cross...

I'll try to work on a scrambler for cross-1 piece. When it is ready i'll post it here.

When teaching the cross, showing how to solve the last cross piece. So the person will only have to worry about solving one piece without disturbing the others. as the person learns to solve all the possible cases intuitively you can show shortcuts when you have freedom in the beggining of the cross...

I'll try to work on a scrambler for cross-1 piece. When it is ready i'll post it here.

It is an honor to finally be able to engage in conversation with you for the first time. (I've seen your posts, and I admire your positive attitude.)

Anyway, what do you think about having them repeat a 12-cycle to solve (or at least correctly place) the first edge, an 11-cycle to (...) the second edge, a 10-cycle for the third, and a 9-cycle for the fourth?

I am referring to my newly updated beginner's solution which I provide a link to in this post. (And I also explain in that post a little more about what can be done.)

People can maybe use an in depth computer search to find easier/shorter sequences to repeat, but since they all begin with L' R' D, I figured that would be less confusing for first time solvers.

Of course, I do provide 33 first four edge cases in the previous version of my guide which basically lays out "cube common sense". . . just in case those two pages of cases and algorithms is what you are asking for.

I made my solution guides (available on sgscubing.tk) they are not that detailed because I wanted them to fit on 2 A4 pages in an A5 booklet but they have worked.

It is an honor to finally be able to engage in conversation with you for the first time. (I've seen your posts, and I admire your positive attitude.)

Anyway, what do you think about having them repeat a 12-cycle to solve (or at least correctly place) the first edge, an 11-cycle to (...) the second edge, a 10-cycle for the third, and a 9-cycle for the fourth?

I am referring to my newly updated beginner's solution which I provide a link to in this post. (And I also explain in that post a little more about what can be done.)

People can maybe use an in depth computer search to find easier/shorter sequences to repeat, but since they all begin with L' R' D, I figured that would be less confusing for first time solvers.

Of course, I do provide 33 first four edge cases in the previous version of my guide which basically lays out "cube common sense". . . just in case those two pages of cases and algorithms is what you are asking for.

It seems like a inovative idea that can be further developed, just like sexy move method.

But it seems unpractical to me ATM because a beginner had to learn 4 different algs and repeat it max 11 times...

One day I was teaching a friend how to solve corners of bottom layer. I was teaching him to repeat sexy move 5 times to solve corner facing front. Then my dad (that knows how to solve) turned to me an said "why not just do F' U' F??"
My friend looked at me thinking "wow, it was that simple?" xD

As a proof of concept it seems nice but talking about beginners psychology, it doesn't seem like a good idea... :|

I made my solution guides (available on sgscubing.tk) they are not that detailed because I wanted them to fit on 2 A4 pages in an A5 booklet but they have worked.