Suppose we are playing the 15-hat game, and player 2 sees red hats on players 1, 6, 8, 8. 11 and 15, while the other players are wearing blue hats. Player 2 calculates that this is a winning state no matter what her hat colour is and in each case she figures out how everyone should vote.

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Chapter1: Combinatorial Analysis
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Suppose we are playing the 15-hat game, and player 2 sees red hats on players 1, 6, 8,
8.
11 and 15, while the other players are wearing blue hats. Player 2 calculates that this is a winning
state no matter what her hat colour is and in each case she figures out how everyone should vote.
Fill in the blanks in the statements below and provide your reasoning. In each statement, in the first
blank you put a player number and in the second you put RED or BLUE.
Player 2 says to herself:
If I am BLUE then: player number_
and everyone else passes.
votes
If I am RED then: player number,
votes
and everyone else passes.
-
Transcribed Image Text:Suppose we are playing the 15-hat game, and player 2 sees red hats on players 1, 6, 8, 8. 11 and 15, while the other players are wearing blue hats. Player 2 calculates that this is a winning state no matter what her hat colour is and in each case she figures out how everyone should vote. Fill in the blanks in the statements below and provide your reasoning. In each statement, in the first blank you put a player number and in the second you put RED or BLUE. Player 2 says to herself: If I am BLUE then: player number_ and everyone else passes. votes If I am RED then: player number, votes and everyone else passes. -
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