Superman came by today.
He said, "Hey Tito, how are you doing? Thank you for working (DIY) with my grandson on the Accelerating Reel puzzle the other day. Also, I'm glad to hear you found a solution."
I replied, "Superman, it's been a while. Your grandson is very dexterous, and unusually for kids these days, he thinks in both digital and analog ways, so I, who only know analog, enjoy working with him."
Superman replied, "That's good to hear," and added, "I recently found an interesting Rubik's Cube procedure. I'd like you to try solving it. The F2L for dLF and dLB has been completed, and there are two T-type pairs on the U-face. The goal is to complete the F2L + OLL in 10 moves (based on QTM)."
He then left me a scrambled cube as shown below.
The remaining F2L is easy, but you have to find the steps to skip OLL... I'm sure you readers find solving problems at this level a piece of cake, right?
He said, "Hey Tito, how are you doing? Thank you for working (DIY) with my grandson on the Accelerating Reel puzzle the other day. Also, I'm glad to hear you found a solution."
I replied, "Superman, it's been a while. Your grandson is very dexterous, and unusually for kids these days, he thinks in both digital and analog ways, so I, who only know analog, enjoy working with him."
Superman replied, "That's good to hear," and added, "I recently found an interesting Rubik's Cube procedure. I'd like you to try solving it. The F2L for dLF and dLB has been completed, and there are two T-type pairs on the U-face. The goal is to complete the F2L + OLL in 10 moves (based on QTM)."
He then left me a scrambled cube as shown below.
The remaining F2L is easy, but you have to find the steps to skip OLL... I'm sure you readers find solving problems at this level a piece of cake, right?
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