Use the data and table below to test the indicated claim about the means of two populations. Assume that the two samples

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Use the data and table below to test the indicated claim about the means of two populations. Assume that the two samples

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Use The Data And Table Below To Test The Indicated Claim About The Means Of Two Populations Assume That The Two Samples 1
Use The Data And Table Below To Test The Indicated Claim About The Means Of Two Populations Assume That The Two Samples 1 (36.63 KiB) Viewed 31 times
Use the data and table below to test the indicated claim about the means of two populations. Assume that the two samples are independent simple random samples selected from normally distributed populations. Do not assume that the population standard deviations are equal. Make sure you identify all values. An Exercise Science instructor at IVC was interested in comparing the resting pulse rates of students who exercise regularly and the pulse rates of those who do not exercise regularly. Independent simple random samples of 16 students who do not exercise regularly and 12 students who exercise regularly were selected, and the resting pulse rates (in beats per minute) were recorded. The summary statistics are presented in the table below. Is there compelling statistical evidence that the mean resting pulse rate of people who do not exercise regularly is greater than the mean resting pulse rate of people who exercise regularly? Use a significance value of 0.05. Two-Sample T-Test Sample N Mean Stabdard Deviation Do Not Exercise 16 80 Regularly Exercise Regularly 12 64 10 5 Null Hypothesis, HO Alternative Hypothesis, H1 Test Statistic, P-value Significance level Conclusion
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