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To test the hypothesis that the population mean mu 17.4, a sample size n=11 yields a sample mean 18.641 and sample standard deviation 1.905. Calculate the P-value and choose the correct conclusion. Your answer: O O O O The P-value 0.009 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.009 is significant and so strongly suggests that mu>17.4. The P-value 0.022 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.022 is significant and so strongly suggests that mu>17.4. The P-value 0.004 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.004 is significant and so strongly suggests that mu>17.4. The P-value 0.028 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.028 is significant and so strongly suggests that mu>17.4.

To test the hypothesis that the population mean mu 17.4, a sample size n=11 yields a sample mean 18.641 and sample standard deviation 1.905. Calculate the P-value and choose the correct conclusion. Your answer: O O O O The P-value 0.009 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.009 is significant and so strongly suggests that mu>17.4. The P-value 0.022 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.022 is significant and so strongly suggests that mu>17.4. The P-value 0.004 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.004 is significant and so strongly suggests that mu>17.4. The P-value 0.028 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.028 is significant and so strongly suggests that mu>17.4.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.5: Comparing Sets Of Data
Problem 13PPS
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To test the hypothesis that the population mean mu 17.4, a sample size n=11 yields a sample mean 18.641 and sample standard deviation 1.905. Calculate the P-value and choose the correct conclusion. Your answer: O O O The P-value 0.009 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.009 is significant and so strongly suggests that mu>17.4. The P-value 0.022 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.022 is significant and so strongly suggests that mu>17.4. The P-value 0.004 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.004 is significant and so strongly suggests that mu>17.4. The P-value 0.028 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.028 is significant and so strongly suggests that mu>17.4.
Transcribed Image Text:To test the hypothesis that the population mean mu 17.4, a sample size n=11 yields a sample mean 18.641 and sample standard deviation 1.905. Calculate the P-value and choose the correct conclusion. Your answer: O O O The P-value 0.009 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.009 is significant and so strongly suggests that mu>17.4. The P-value 0.022 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.022 is significant and so strongly suggests that mu>17.4. The P-value 0.004 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.004 is significant and so strongly suggests that mu>17.4. The P-value 0.028 is not significant and so does not strongly suggest that mu>17.4. The P-value 0.028 is significant and so strongly suggests that mu>17.4.
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