F7 10.55 A B D E F G Q1. (3) The Excel input data (Input_Dataset_Q1) contains 42 observations on interarrival times (in minutes) to a call center. Use StatFit to fit one or more probability distributions to these data, including goodness-of-fit testing and probability plots. a) What is your recommendation for a distribution to be used in the simulation model from which to generate these interarrival times? 1 5.71 5.27 I. a 2 3 6.37 27.88 4.52 6.82 3.64 4.41 17.14 2.48 9.95 2.82 3.17 12.29 22.13 4 6.45 17.66 9.29 24.09 16.22 14.93 19.97 4.98 7.31 9.61 11.07 8.26 19.31 35.11 8.74 7.91 48.65 28.46 12.5 2.06 3.97 b) Provide the correct Simio expression, heeding any parameterization-difference issues. 5 6 c) Also, indicate whether you are analyzing discrete data or continuous data? 2.72 3.35 13.3 5.69 13.9 10.55 7 8 d) Is this random variable related to arrival process or service process? 9 1n F7 10.55 A B D E F G Q1. (3) The Excel input data (Input_Dataset_Q1) contains 42 observations on interarrival times (in minutes) to a call center. Use StatFit to fit one or more probability distributions to these data, including goodness-of-fit testing and probability plots. a) What is your recommendation for a distribution to be used in the simulation model from which to generate these interarrival times? 1 5.71 5.27 I. a 2 3 6.37 27.88 4.52 6.82 3.64 4.41 17.14 2.48 9.95 2.82 3.17 12.29 22.13 4 6.45 17.66 9.29 24.09 16.22 14.93 19.97 4.98 7.31 9.61 11.07 8.26 19.31 35.11 8.74 7.91 48.65 28.46 12.5 2.06 3.97 b) Provide the correct Simio expression, heeding any parameterization-difference issues. 5 6 c) Also, indicate whether you are analyzing discrete data or continuous data? 2.72 3.35 13.3 5.69 13.9 10.55 7 8 d) Is this random variable related to arrival process or service process? 9 1n