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Added link to Dmitry’s generalization of my puzzle
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Place 6 white pieces (a king, a queen, a rook, a bishop, a knight and a pawn) on 6 different squares of a regular 8x8 chessboard so that there is at least one empty square attacked by exactly one piece, at least one empty square attacked by exactly two pieces, ..., at least one empty square attacked by exactly six pieces.


This puzzle is generalized here.

Place 6 white pieces (a king, a queen, a rook, a bishop, a knight and a pawn) on 6 different squares of a regular 8x8 chessboard so that there is at least one empty square attacked by exactly one piece, at least one empty square attacked by exactly two pieces, ..., at least one empty square attacked by exactly six pieces.

Place 6 white pieces (a king, a queen, a rook, a bishop, a knight and a pawn) on 6 different squares of a regular 8x8 chessboard so that there is at least one empty square attacked by exactly one piece, at least one empty square attacked by exactly two pieces, ..., at least one empty square attacked by exactly six pieces.


This puzzle is generalized here.

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Attacking chessboard squares with 6 pieces

Place 6 white pieces (a king, a queen, a rook, a bishop, a knight and a pawn) on 6 different squares of a regular 8x8 chessboard so that there is at least one empty square attacked by exactly one piece, at least one empty square attacked by exactly two pieces, ..., at least one empty square attacked by exactly six pieces.