A probability distribution function P(x) for a random variable X is defined by P(x) Pr X x Suppose that we draw a list of n random variables X 1 , X 2 , ,X n from a continuous probability distribution function P that is computable in O(1) time Give an algorithm that sorts these numbers in linear average case time

Question: A probability distribution function P(x) for a random variable X is defined by P(x) = Pr {X x}. Suppose that we draw a list

A probability distribution function P(x) for a random variable X is defined by P(x) = Pr {X ≤ x}. Suppose that we draw a list of n random variables X₁, X₂, . . . ,X_n from a continuous probability distribution function P that is computable in O(1) time. Give an algorithm that sorts these numbers in linear average case time.

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