Question: Each day, a fast-food chain tests that the average weight of its two-pounders is at least 32 ounces. The alternative hypothesis is that the average
a. If random samples of n = 36 two-pounders are selected, what is the probability of a Type I error, using this decision rule?
b. If random samples of n = 9 two-pounders are selected, what is the probability of a Type I error, using this decision rule? Explain why your answer differs from that in part a.
c. Suppose that the true mean weight is 31 ounces. If random samples of 36 two-pounders are selected, what is the probability of a Type II error, using this decision rule?
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