Mathematics, 28.02.2021 16:50 BeverlyFarmer
A study shows that employees who begin their work day at 8:00 a. m. vary their times of arrival uniformly over the range 7:40 a. m. to 8:30 a. m. (in other words, their arrival time follows a uniform distribution over a 50-minute period). We wish to simulate how many minutes late or early the customer arrives. If we have the random number 0.571, what will be the simulated late or early time of the the employee? (An early time will be a negative number and a late time will be a positive number. So if the employee arrives 10 minutes early, input -10. If (s)he arrives 10 minutes late, input 10.) Give your answer to 2 decimal places.
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A study shows that employees who begin their work day at 8:00 a. m. vary their times of arrival unif...
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