A. Perform a hypothesis test to test the claim that the mean body temperature for healthy adults is now different than 98.6°F. Use a 0.01 level of significance. Hypotheses: Standardized Test Statistic: ____________ (show formula and your work) B. On the sketch below, show the claimed mean and your sample mean, and shade the region for the p-value. Compute the p-value “manually” (show/explain your work; should not be using TESTS). p-value = _______________________ Conclusion: _________________________ Interpretation (in context): TABLE Temperature (in °F) / # of Adults 96.0-96.4/ 2 96.5-96.9/ 4 97.0-97.4/ 13 97.5-97.9/ 21 98.0-98.4/ 38 98.5-98.9/ 33 99.0-99.4/ 15 99.5-99.9/ 2 100.0-100.4/ 1 100.5-100.9/ 1
A. Perform a hypothesis test to test the claim that the mean body temperature for healthy adults is now different than 98.6°F. Use a 0.01 level of significance.
Hypotheses: Standardized Test Statistic: ____________
(show formula and your work)
B. On the sketch below, show the claimed mean and your sample mean, and shade the region for the p-value. Compute the p-value “manually” (show/explain your work; should not be using TESTS).
p-value = _______________________
Conclusion: _________________________
Interpretation (in context): TABLE
Temperature (in °F) / # of Adults
96.0-96.4/ 2
96.5-96.9/ 4
97.0-97.4/ 13
97.5-97.9/ 21
98.0-98.4/ 38
98.5-98.9/ 33
99.0-99.4/ 15
99.5-99.9/ 2
100.0-100.4/ 1
100.5-100.9/ 1
Trending now
This is a popular solution!
Step by step
Solved in 2 steps