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"OK if ur gona do these viedow u gota stop taling through the cut sceens ..."
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"OK if ur gona do these viedow u gota stop taling through the cut sceens plz. its abit annoying"
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"HEEEEYYYYYYY thats the Arcee i wana use in my up coming stop motions lol..."
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"HEEEEYYYYYYY thats the Arcee i wana use in my up coming stop motions lolololololllolololololo. "
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"i saw this movie already when it was called Mulan"
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I considered posting this alternate proof of the uniqueness of the Wheel...
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I considered posting this alternate proof of the uniqueness of the Wheels of Wonder solution as the description for Part 27. It actually uses fewer logical steps than the solution shown in the video, though that one step in the middle might seem a bit convoluted at first.
In this proof, the term "the video" shall hereafter refer to Part 27, not the actual video this is posted on.
1) Two of the three pegs go on the left wheel and the other goes on the right wheel.
Reason: This is explained in the video. The ball lands on the left turntable. Since it can't immediately reach the exit, it must first travel to the right turntable, back to the left, then into the exit. So it's launched from the left side twice and from the right side once.
2) The second peg on the left wheel must be placed in the fourth (2 o'clock) position.
Reason: This is also explained in the video. In the left turntable's final state, there must be a plate in the ten o'clock position in order to launch the orb into the exit. Since there is already a plate there in the turntable's initial state, it must rotate an even number of turns. Therefore, the final peg on the left side must be placed in a blue slot, and there is only one available.
3) The orb must be rotated a total of eight turns over the two turntables.
Reason: In its final state, the orb must land on the inside upper position of the turntable. It starts at the bottom of one turntable, then rotates to an inside lower position, then an inside upper position, then to a top position, then to an outside upper position, then to an outside lower position, then back to the bottom position. This repeating pattern of six holds no matter how many times it switches turntables because the tables turn in opposite directions. It reaches the inside upper position for the first time after rotating two positions. However, it's impossible to launch the orb from the left turntable at this point due to the jammed peg. The next time the orb reaches an inside upper position will be after a full revolution over the two turntables, or eight positions. If it goes beyond eight, the next time it comes around will be after fourteen positions, which is more than two full revolutions, so a resonance would destroy the orb by this point.
4) The peg on the right wheel must be placed in the fourth (10 o'clock) position.
Reason: The orb is rotated a total of eight positions, and the left wheel rotates four. Therefore, the right wheel must also rotate four positions.
5) The first peg on the left wheel must be placed in the third (12 o'clock) position.
Reason: The turntable on the right must rotate four positions. To avoid crashing the orb atop the machine, it must be placed on a plate that stays under an inverted track in both its initial and final positions. The only plate that does this is the one that starts at the 12 o'clock position and rotates clockwise to the 8 o'clock position. Therefore, the orb must move to the 12 o'clock position during its first time on the left wheel.
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We're fine, keep in touch!!
Talk to you later on, MAMAGARI