The population mean and standard deviation are given below. Find the required probability and determine whether the given sample mean would be considered unusual. For a sample of n = 75, find the probability of a sample mean being greater than 224 if µ =223 and a = 5.9. For a sample of n = 75, the probability of a sample mean being greater than 224 if µ=223 and G = 5.9 is (Round to four decimal places as needed.)

A First Course in Probability (10th Edition)
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The population mean and standard deviation are given below. Find the required probability and determine whether the given sample mean would be considered unusual.
For a sample of n = 75, find the probability of a sample mean being greater than 224 if μ = 223 and o= 5.9.
For a sample of n = 75, the probability of a sample mean being greater than 224 if μ =223 and o = 5.9 is
(Round to four decimal places as needed.)
Transcribed Image Text:The population mean and standard deviation are given below. Find the required probability and determine whether the given sample mean would be considered unusual. For a sample of n = 75, find the probability of a sample mean being greater than 224 if μ = 223 and o= 5.9. For a sample of n = 75, the probability of a sample mean being greater than 224 if μ =223 and o = 5.9 is (Round to four decimal places as needed.)
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