Recent content by Oliver1010

1. Good luck, it's definitely possible 2. Recog. time will probably suffer 3. Would this be helpful?

I wrote this at two in the morning instead of sleeping, it was over-dramatized and said the same thing over and over again, I probably spent only a few minutes.

This was last year, and I procrastinated on talking about it, but I learned full 1 look OLL in two days. My goal was one day, and I almost succeeded, but there were THREE ALGORITHMS that made me fail. If I hadn't overslept that night, I probably would have succeeded. The next day, I spent 15...

Title says it all

Non-cuber 1: hey can i see that? Me: Ok Non-cuber 1: watch i can solve this *scrambles with one move * Oh i solved it Non-cuber 2: hey can i see that? Non-cuber 1: Ok Non-cuber 2: watch i can solve this *scrambles with one move * Oh i solved it

OLL case 3: R' U' R U' R' r U' r' U2 r U r' U2 R OLL case 4: L U L' U L l' U l U2 l' U' l U2 L' I'm not sure if this is faster or slower, but it wasn't listed in Algdb

I noticed my cube was getting dusty, so I decided to wash it Me: *Disassembles cube Dad: WHAT???? DID YOUR CUBE JUST BREAK???? Me: I'm washing it Dad: WHY? WHEN YOU WASH IT IT MAKES IT WORSE SINCE THE METAL WILL RUST Me: This is plastic Dad: THEN WHY DO I SEE METAL?? Me: because that's the core...

I'm too lazy to see if anyone already came up with this: Solve the cross edges with one edge flipped. Solve f2l. Orient the last layer with one alg. One of the edges will be oriented incorrectly, but that will be fixed later. You have 4 algs to choose from, so choose the easiest one. Solve PLL+...

1. Sorry I'm blind 2. True, but they know full OLL. I don't know full OLL, but I know COLL, is it worth it to do the 4 extra moves?

Thanks

I'm relatively new, so I haven't seen the ancient threads I know COLL And is there an alg, even if it isn't worth it?

If there is 1 edge oriented on the last layer, is there an algorithm to orient the 3 remaining edges?

There are 4!=24 ways to place the corners in the top layer, ignoring orientation. Each of the corners has 3 different ways it can be twisted. The 4th corner's orientation depends on the orientation of the other corners. We take 1/(24*(3^3))= 1/648 chance of a LL skip no AUF

I found I mistake- for Pure OLL Case 36, you're missing an R move at the end

Non-Cuber: I can scramble it so that you can't solve it Me: *Sigh...*Hands over cube 1 Hour Later Non-Cuber: *Hands over cube It was a 2-gen scramble Me: What kind of a scramble is this? Non-Cuber: I know, you can't solve it. Me: Starts solving cube Non-Cuber: SEE? You can't solve it! Me...