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Suppose you take a trip to Stars Hollow Apple Orchard. Stars Hollow Apple Orchard is a magical place where the weight of the apples exactly

Suppose you take a trip to Stars Hollow Apple Orchard. Stars Hollow Apple Orchard is a magical place where the weight of the apples exactly follows a normal distribution! They grow two types of apples, Fuji and Gala. The weight of the Fuji apples is normally distributed with a mean of 91 grams and a standard deviation of 3 grams. Let X be the weight of a randomly selected Fuji apple. The weight of the Gala apples is normally distributed with a mean of 89 grams and a standard deviation of 4 grams. Let Y be the weight of a randomly selected Gala apple.

(a) Suppose you pick one Fuji and one Gala apple at random. (Assume independence.) What is the probability that the Gala apple weighs more than the Fuji apple? That is, find P(Y > X).

(b) Suppose you pick sixteen Fuji apples at random. (Assume independence.) What is the probability their total weight is less than 1.465 kilograms?

(c) Suppose you pick four Gala apples at random. (Assume independence.) What is the probability their average weight is greater than 92 grams?

(d) Suppose you pick four Fuji and ten Gala apples at random. (Assume independence.) What is the probability their total weight is greater than 1.247 kilograms?

(e) Suppose you pick six Fuji and four Gala apples at random. (Assume independence.) What is the probability that at most one of these apples weighs less than 85 grams?

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