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Sliding Puzzle III (Posted on 2022-10-12) Difficulty: 3 of 5
You have a sliding puzzle that looks like this:
| A | B | C | D |
|   | E | F | G |
| H | I | J | K |
You may move a block with a letter on it to the blank space by sliding it there.

Determine the minimum number of moves it takes to put K where H is, J where I is, I where J is, and H where K is at the same time. (In other words, changing the configuration in row-3 from HIJK to KJIH.)

Note: The other pieces don't need to be in their original spots.

  Submitted by K Sengupta    
Rating: 5.0000 (1 votes)
Solution: (Hide)
The required minimum number of moves is 25. There are five variations.

For an explanation, refer to the computer program assisted solution submitted by Charlie in this location.

Comments: ( You must be logged in to post comments.)
  Subject Author Date
re: 网课代上K Sengupta2024-05-21 09:06:30
网课代上meeloun education2024-05-21 01:30:06
re(2): computer solution based on previous Sliding Puzzle programmasonwilso2023-07-06 05:40:03
re: computer solution based on previous Sliding Puzzle programmichaeljacobs2023-02-28 03:55:33
Solutioncomputer solution based on previous Sliding Puzzle programCharlie2022-10-12 11:11:43
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