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The time required to play a certain board game is uniformly distributed between 15 and 60 minutes. Use the formula U = a + (b-a) x RAND() for a uniform distribution between a and b to obtain a sample of 50 outcomes and compute the mean, minimum, maximum, and standard deviation. Click the icon to view the randomly-generated times. Determine the appropriate formula. U= 15+ (60 - 15)× RAND() (Type whole numbers.) Fifty random values generated using the formula are now provided in the problem statement. Compute the mean. The mean is minute(s). (Round to one decimal place as needed.)

The time required to play a certain board game is uniformly distributed between 15 and 60 minutes. Use the formula U = a + (b-a) x RAND() for a uniform distribution between a and b to obtain a sample of 50 outcomes and compute the mean, minimum, maximum, and standard deviation. Click the icon to view the randomly-generated times. Determine the appropriate formula. U= 15+ (60 - 15)× RAND() (Type whole numbers.) Fifty random values generated using the formula are now provided in the problem statement. Compute the mean. The mean is minute(s). (Round to one decimal place as needed.)

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.4: Distributions Of Data
Problem 19PFA
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Randomly-generated Times 22.24191 33.55945 40.74398 31.91422 54.21443 55.03494 48.46971 47.07783 31.78585 15.34010 48.17414 57.33914 17.07183 37.60912 32.24788 57.34597 24.86130 57.99606 50.39144 44.98228 16.90822 18.33657 27.73313 29.69714 34.07041 59.66519 21.63052 29.92809 15.09499 17.14523 40.64345 40.38686 55.74276 36.21826 25.16693 58.22618 34.55367 36.93267 26.06238 17.17296 57.15355 27.41699 31.95100 41.35324 37.13660 28.57765 25.57905 35.96453 23.74698 42.41154 Print Done - X
Transcribed Image Text:Randomly-generated Times 22.24191 33.55945 40.74398 31.91422 54.21443 55.03494 48.46971 47.07783 31.78585 15.34010 48.17414 57.33914 17.07183 37.60912 32.24788 57.34597 24.86130 57.99606 50.39144 44.98228 16.90822 18.33657 27.73313 29.69714 34.07041 59.66519 21.63052 29.92809 15.09499 17.14523 40.64345 40.38686 55.74276 36.21826 25.16693 58.22618 34.55367 36.93267 26.06238 17.17296 57.15355 27.41699 31.95100 41.35324 37.13660 28.57765 25.57905 35.96453 23.74698 42.41154 Print Done - X
The time required to play a certain board game is uniformly distributed between 15 and 60 minutes. Use the formula U = a + (b-a) x RAND() for a uniform distribution between a and b to obtain a sample of 50 outcomes and compute the mean, minimum, maximum, and standard deviation. Click the icon to view the randomly-generated times. Determine the appropriate formula. U= 15+ (60 - 15 ) × RAND() (Type whole numbers.) Fifty random values generated using the formula are now provided in the problem statement. Compute the mean. The mean is minute(s). (Round to one decimal place as needed.)
Transcribed Image Text:The time required to play a certain board game is uniformly distributed between 15 and 60 minutes. Use the formula U = a + (b-a) x RAND() for a uniform distribution between a and b to obtain a sample of 50 outcomes and compute the mean, minimum, maximum, and standard deviation. Click the icon to view the randomly-generated times. Determine the appropriate formula. U= 15+ (60 - 15 ) × RAND() (Type whole numbers.) Fifty random values generated using the formula are now provided in the problem statement. Compute the mean. The mean is minute(s). (Round to one decimal place as needed.)
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