Questions 5 - 8 share the same information and variables. Any vana answer a later question mation and variables. Any variable created in one question can be use can be used to An industrial engineer is conducting a study of service times for a processing is within an acceptable range for all customers. For a day's operations to service time for the day must be less than twice the average service time. processing unit to determine whether the process erations to be considered "acceptable", the maximum The first few rows of the data log are shown in the figure below. The comple named "Service Times.xlsx" includes times from 8:00 AM untio The complete dataset which is saved in an Excel file from 8:00 AM until 5:00 PM and includes data for multiple days. Tall Willa A shal Datahan you ACRTon Arrival Time (A) Iseconds after 8:00 AM) Service time (5) 402 739 176 575 194 432 134 266 890 294 539 Day 1 Day 2 Day 3 211 MATLAB code to import all the numeric data from the Day 2 worksheet into MATLAB, Store the data in DayNum 6. Write MATLAB code to determine the Maximum Allowable Service Time and the actual maximum service time based on the data from Day 2. The Maximum Allowable Service Time is calculated as twice that day's average service time and should be stored in MAST. The actual maximum service time should be stored in MaxTime 7. Write MATLAB code to determine if the actual maximum service time exceeded the Maximum Allowable Service Time. If it does not store acceptable into a character array named status, otherwise store "unacceptable". 8. Complete the code provided on the answer sheet that prints the following statement to the Command Window to ve the user a summary of the Day 2 information MAST: X.X minutes The maximum service time of Y YY minutes was www. Replace x. x with the Maximum Allowable Service Time, in units of minutes, shown as a number with one decimal place Y YY with the actual maximum service time, in units of minutes shown as a number with two decimal places with the status stored in the character array Status ENGR 1410 Bmw Page 2 of 6 Questions 5 - 8 share the same information and variables. Any vana answer a later question mation and variables. Any variable created in one question can be use can be used to An industrial engineer is conducting a study of service times for a processing is within an acceptable range for all customers. For a day's operations to service time for the day must be less than twice the average service time. processing unit to determine whether the process erations to be considered "acceptable", the maximum The first few rows of the data log are shown in the figure below. The comple named "Service Times.xlsx" includes times from 8:00 AM untio The complete dataset which is saved in an Excel file from 8:00 AM until 5:00 PM and includes data for multiple days. Tall Willa A shal Datahan you ACRTon Arrival Time (A) Iseconds after 8:00 AM) Service time (5) 402 739 176 575 194 432 134 266 890 294 539 Day 1 Day 2 Day 3 211 MATLAB code to import all the numeric data from the Day 2 worksheet into MATLAB, Store the data in DayNum 6. Write MATLAB code to determine the Maximum Allowable Service Time and the actual maximum service time based on the data from Day 2. The Maximum Allowable Service Time is calculated as twice that day's average service time and should be stored in MAST. The actual maximum service time should be stored in MaxTime 7. Write MATLAB code to determine if the actual maximum service time exceeded the Maximum Allowable Service Time. If it does not store acceptable into a character array named status, otherwise store "unacceptable". 8. Complete the code provided on the answer sheet that prints the following statement to the Command Window to ve the user a summary of the Day 2 information MAST: X.X minutes The maximum service time of Y YY minutes was www. Replace x. x with the Maximum Allowable Service Time, in units of minutes, shown as a number with one decimal place Y YY with the actual maximum service time, in units of minutes shown as a number with two decimal places with the status stored in the character array Status ENGR 1410 Bmw Page 2 of 6