THE CRACKER BARREL TRIANGLE GAME
Anyone who has been to Cracker Barrel will recognize this game. My family stops at Cracker Barrel once a year on our annual trip down to Florida for spring break. My older brother and I have this ongoing competition to see who can get down to only one piece on the board. He's a super competitive engineering math guy, so he always tends to win. At everything. And in this case, it usually ends with me having to eat something gross. But the more I thought about this game, I started to wonder if there is some kind of pattern to go with finishing it down to one piece every time. I started to experiment with the game to see if I could find a pattern that would guarantee a win every time. Because I do not have one of these games in my possession, I found an online version to play around with. You can find that version here: http://www.memory-improvement-tips.com/pegs.html
The instructions for the game are as follows: 
After a lot of experimenting, I finally figured out a pattern that worked. This pattern starts with the top hole empty. (It can be any of the corners, just depends on which way you turn the triangle). When I reference the numbers, I am numbering the holes from top-down. Like this:
The first 3 jumps to the pattern are:  4-1, 6-4 and 1-6.
The next moves: 7-2, 13-4 and 2-7.
Next: 10-8 and 7-9 clear the second row
15-13 and 12-14 clears the bottom
Now for the last step: 6-13, 14-12 and 11-13. WINNER!
Note that this pattern is only made through an hour or so of trial and error. I played the game multiple times, each time recording my moves. Many times it ended in failure, with multiple pegs left on the board. This pattern was a success. It is proven to work every time that the game is started with the first hole left empty. 
10/6/2013 10:52:30 pm

So did you solve it or find the answer on the internet to solve it? Looks like you, but give credit if it's due.

Actual focus for this could be communication. If you (or student) is solving, problem solving. Does the triangle nature of the puzzle matter at all?

5C's
complete: I so want to hear more about "After a lot of experimenting, I finally figured out a pattern that worked." That's where a lot of the math lives here!
otherwise: +, method very well communicated. Good support with the screenshots.

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