Actually, you know what, the hands wouldn’t overlap at 11:55 since the hour hand is slowly moving toward 12. That means the hands overlap 22 times a day.

Answer. It goes 24 times in a day .

In its most basic, globally recognized form, the periphery of the dial is numbered 1 through 12 indicating the hours in a 12-hour cycle, and a short hour hand makes two revolutions in a day. A long minute hand makes one revolution every hour.

24 rounds

Therefore, the minute hand extends farther than its counterpart so as to provide an exact accounting of the time. If the minute hand were shorter, you would always run into the hour hand when adjusting the time. With the minute hand being longer, you smoothly travel over the hour hand without it getting in the way.”

Where should the minute hand be put on the bottom clock? Answer: Hand pointing to 5. Explanation: Starting with the top clock and moving anti-clockwise around the others, the hour hand moves back 1 hour, then 2, then 3 etc, while the minute hand moves forward 10 minutes each time.

Puzzle-1: Where should the hour hand point to on the bottom clock? Answer: Hour hand is pointing to 2. Explanation: Multiply the hour hand value by 2 and add the minute hand value.

The time in the first watch is 1:20. Now, add “1” to each digit & you will get 2:31.

Therefore, in 24 hours, the hands coincide or are in opposite direction 44 times a day. Was this answer helpful?

Rubik’s Clock is a two-sided puzzle, each side presenting nine clocks to the puzzler. There are four wheels, one at each corner of the puzzle, each allowing the corresponding corner clock to be rotated directly. Thus the puzzle contains only 14 independent clocks.)

approximately 20-25 moves

2 moves

The Skewb, invented by Tony Durham is a corner-turning twisty puzzle, consisting of 8 corner and 6 square center pieces. This puzzle is a Pyraminx shape-mod, working on the same 4 axes mechanism and this is why it was first called the Pyraminx Cube.

Solving a Pyraminx is much easier than a Rubik’s Cube. It has 3,732,480 possible permutations which is relatively a small number (similar to the 2x2x2 Pocket Cube), so a personal computer can easily go through all of the possible scrambles. It can be solved from any random position in less than 12 moves.

0.91 seconds

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Yusheng Du