19. An ordinary deck of 52 cards is divided randomly into 26 pairs. Using Chebyshevs inequality, find

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19. An ordinary deck of 52 cards is divided randomly into 26 pairs. Using Chebyshev’s inequality, find an upper bound for the probability that, at most, 10 pairs consist of a black and a red card.

Hint: For i = 1, 2, . . . , 26, let Xi = 1 if the ith red card is paired with a black card and Xi = 0 otherwise. Find an upper bound for

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