Heart rates are determined before and 30 minutes after a Kettleball workout. It can be assumed thatheart rates (bpm) are normally distributed. Use the data provided below to test to determine if averageheart rates prior to the workout are significantly lower than 30 minutes after a Kettleball workout atthe 0.02 level of significance. Let u1 = mean before workout.before617560 61707368after62736265757471Select the correct Hypotheses:Ho: µd <0 Ho: µ1 > µ2 Ho:µ1 = 0 Ho:µ1 < M2Ha: µd > 0 Ha: µ1 < µ2 Ha:µ1 7 µ2 Ha:Hd <0 H:µd 0 Ha:µ1 > µ2= µ2 Ho: µd 20 Ho: µldTest Statistic%3D[three decimal accuracy]p-value =[three decimal accuracy]Conclusion:O Fail to Reject HoO Reject Ho

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Description: Heart rates are determined before and 30 minutes after a Kettleball workout. It can be assumed thatheart rates (bpm) are normally distributed. Use the data provided below to test to determine if averageheart rates prior to the workout are significan

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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 0.02 level of significance. Let uj = mean before workout. before 61 75 60 61 70 73 68 after 62 73 62 65 75 74 71 Select the correct Hypotheses: Ho: µd S0 Ho: H1 > 2 Ho: µi = H.: µd > 0 Ha:H1 < H2 Ha: H1 # 42 Ha: Hd <0 Ha: Hd #0 Ha:µ1 > µ2 µ2 Ho: µd 20 Ho:µd = 0 Ho: µ1 < µ2 Test Statistic = [three decimal accuracy] p-value = [three decimal accuracy] Conclusion: O Fail to Reject Ho O Reject Hn

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 0.02 level of significance. Let uj = mean before workout. before 61 75 60 61 70 73 68 after 62 73 62 65 75 74 71 Select the correct Hypotheses: Ho: µd S0 Ho: H1 > 2 Ho: µi = H.: µd > 0 Ha:H1 < H2 Ha: H1 # 42 Ha: Hd <0 Ha: Hd #0 Ha:µ1 > µ2 µ2 Ho: µd 20 Ho:µd = 0 Ho: µ1 < µ2 Test Statistic = [three decimal accuracy] p-value = [three decimal accuracy] Conclusion: O Fail to Reject Ho O Reject Hn

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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