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Ensure the RaceResults worksheet is active, then use the FREQUENCY function to calculate the frequency distribution of the race results in column D. Place your results in the range G4:G9. Enter a function in cell F22 to calculate the correlation between age (Columns C) and race time (Column D). Enter a function in cell G22 to calculate the covariance between age and race time. Enter a function in cell H22 to calculate the variance of the ages in the data set. Note this is a sample of data not a population. Enter a function in cell 122 to calculate the standard deviation of the ages in the data set.

Ensure the RaceResults worksheet is active, then use the FREQUENCY function to calculate the frequency distribution of the race results in column D. Place your results in the range G4:G9. Enter a function in cell F22 to calculate the correlation between age (Columns C) and race time (Column D). Enter a function in cell G22 to calculate the covariance between age and race time. Enter a function in cell H22 to calculate the variance of the ages in the data set. Note this is a sample of data not a population. Enter a function in cell 122 to calculate the standard deviation of the ages in the data set.

MATLAB: An Introduction with Applications
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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B D 1 Golden State 5k Runner # Age Time Duration Frequency 3 4 8806 20 0:18:43 0:14:24 5 3092 20 0:16:34 0:28:48 6756 21 0:28:48 0:43:12 7 3768 22 0:14:24 0:57:36 8 6062 22 0:57:36 1:12:00 4746 22 0:27:22 1:26:24 10 3503 23 0:22:19 11 8113 23 0:28:48 12 2913 24 0:17:17 Age 13 8526 25 0:22:19 18 14 9205 27 0:27:22 21 15 1897 27 0:50:52 30 16 3569 28 0:25:38 40 17 7294 28 0:17:43 50 18 3428 29 0:16:34 60 19 3299 36 0:43:12 >60 20 4022 43 0:57:36 21 2987 44 1:01:12 Correlatior Covariance Variance Standard Deviation 22 9309 44 0:19:03 23 5215 46 1:01:12 24 8683 47 1:04:48 25 4305 47 0:35:17 26 5796 47 1:03:22 27 6689 48 0:19:03 28 4673 49 1:04:48 29 8613 49 1:04:48 30 9469 51 0:33:24 31 1936 51 1:04:48 32 5436 55 1:37:12 33 4752 55 1:04:48 34 2398 55 1:04:48 RaceResults VolunteerInfo Participants E. A, 2. O E N
Transcribed Image Text:B D 1 Golden State 5k Runner # Age Time Duration Frequency 3 4 8806 20 0:18:43 0:14:24 5 3092 20 0:16:34 0:28:48 6756 21 0:28:48 0:43:12 7 3768 22 0:14:24 0:57:36 8 6062 22 0:57:36 1:12:00 4746 22 0:27:22 1:26:24 10 3503 23 0:22:19 11 8113 23 0:28:48 12 2913 24 0:17:17 Age 13 8526 25 0:22:19 18 14 9205 27 0:27:22 21 15 1897 27 0:50:52 30 16 3569 28 0:25:38 40 17 7294 28 0:17:43 50 18 3428 29 0:16:34 60 19 3299 36 0:43:12 >60 20 4022 43 0:57:36 21 2987 44 1:01:12 Correlatior Covariance Variance Standard Deviation 22 9309 44 0:19:03 23 5215 46 1:01:12 24 8683 47 1:04:48 25 4305 47 0:35:17 26 5796 47 1:03:22 27 6689 48 0:19:03 28 4673 49 1:04:48 29 8613 49 1:04:48 30 9469 51 0:33:24 31 1936 51 1:04:48 32 5436 55 1:37:12 33 4752 55 1:04:48 34 2398 55 1:04:48 RaceResults VolunteerInfo Participants E. A, 2. O E N
Ensure the RaceResults worksheet is active, then use the FREQUENCY function to calculate the frequency distribution of the race results in column D. Place your results in the range G4:G9. Enter a function in cell F22 to calculate the correlation between age (Columns C) and race time (Column D). Enter a function in cell G22 to calculate the covariance between age and race time. Enter a function in cell H22 to calculate the variance of the ages in the data set. Note this is a sample of data not a population. Enter a function in cell 122 to calculate the standard deviation of the ages in the data set.
Transcribed Image Text:Ensure the RaceResults worksheet is active, then use the FREQUENCY function to calculate the frequency distribution of the race results in column D. Place your results in the range G4:G9. Enter a function in cell F22 to calculate the correlation between age (Columns C) and race time (Column D). Enter a function in cell G22 to calculate the covariance between age and race time. Enter a function in cell H22 to calculate the variance of the ages in the data set. Note this is a sample of data not a population. Enter a function in cell 122 to calculate the standard deviation of the ages in the data set.
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