The weight of people in a small town in Missouri is known to be normally distributed with a mean of 180 pounds and a standard deviation of 28 pounds. On a raft that takes people across the river, a sign states, “Maximum capacity 3,200 pounds or 16 persons.” What is the probability that a random sample of 16 persons will exceed the weight limit of 3,200 pounds

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The weight of people in a small town in Missouri is known to be normally distributed with a mean of 180 pounds and a standard deviation of 28 pounds. On a raft that takes people across the river, a sign states, “Maximum capacity 3,200 pounds or 16 persons.” What is the probability that a random sample of 16 persons will exceed the weight limit of 3,200 pounds?

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The weight of people in a small town in Missouri is known to be normally distributed with a mean of 180 pounds and a standard deviation of 28 pounds.

Let X is variable for weight of people in town.

X~ N(µ=180, σ2=282)

Randomly 16 persons are selected.

According to property of normal distribution

if X~ N(µ, σ2) then ΣX~ N(, 2)

Thus, here ΣX~ N(16(180), 16(282)) i.e. ΣX~ N(µ=2880, σ2=1122)

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