To test the hypothesis that the population standard deviation sigma=17.1, a sample size n=12 yields a sample standard deviation 9.530. Calculate the P-value and choose the correct conclusion.
To test the hypothesis that the population standard deviation sigma=17.1, a sample size yields a sample standard deviation . Calculate the P-value and choose the correct conclusion. Your answer: The P-value is not significant and so does not strongly suggest that sigma<17.1. The P-value is significant and so strongly suggests that sigma<17.1. The P-value is not significant and so does not strongly suggest that sigma<17.1. The P-value is significant and so strongly suggests that sigma<17.1. The P-value is not significant and so does not strongly suggest that sigma<17.1. The P-value is significant and so strongly suggests that sigma<17.1. The P-value is not significant and so does not strongly suggest that sigma . The P-value is significant and so strongly suggests that sigma<17.1. The P-value is not significant and so does not strongly suggest that sigma . The P-value is significant and so strongly suggests that sigma<17.1.
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Step 1/3
Set
Ho:�=17.1 and H1:�<17.1
Given that
Sample size n=12 and
Sample Standard
OR