# Among the 64 squares of the chessboard is chosen at random two ra

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## Product description

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

CHALLENGE
Among the 64 squares of the chessboard is chosen at random two different cells and put them on the two identical figures in black and white. What is the probability that if the figures do not beat each other, if they were given two rooks? Two elephants? Two horse? Two queen?

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