Heart rates are determined before and 30 minutes after a Kettleball workout. It can be assumed that heart rates (bpm) are normally distributed. Use the data provided below to test to determine if average heart rates prior to the workout are significantly lower than 30 minutes after a Kettleball workout at the 0.10 level of significance. Let μ1 = mean before workout. before 72 70 75 65 72 69 71 75 66 after 79 75 74 66 73 72 75 74 68 Construct the appropriate confidence interval for the given level of significance. ( , ) [three decimal accuracy] [three decimal accuracy]
Heart rates are determined before and 30 minutes after a Kettleball workout. It can be assumed that heart rates (bpm) are normally distributed. Use the data provided below to test to determine if average heart rates prior to the workout are significantly lower than 30 minutes after a Kettleball workout at the 0.10 level of significance. Let μ1 = mean before workout. before 72 70 75 65 72 69 71 75 66 after 79 75 74 66 73 72 75 74 68 Construct the appropriate confidence interval for the given level of significance. ( , ) [three decimal accuracy] [three decimal accuracy]
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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Heart rates are determined before and 30 minutes after a Kettleball workout. It can be assumed that heart rates (bpm) are normally distributed. Use the data provided below to test to determine if average heart rates prior to the workout are significantly lower than 30 minutes after a Kettleball workout at the 0.10 level of significance. Let μ1 = mean before workout.
Construct the appropriate confidence interval for the given level of significance.
|
Construct the appropriate confidence interval for the given level of significance.
( | , | ) | |
[three decimal accuracy] | [three decimal accuracy] |
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