Please create the simulations for this problem in Excel

2. NexUber is a small carsharing service that operates one vehicle during the 9:00 p.m to 5 a.m. period. Currently, the company is considering adding a second vehicle during the same time period. The demand and the time to complete for the service follows the distributions below: Time Between Service Time Requests (minutes) Probability (minutes) Probability 0.18 10 10 0.12 20 0.28 15 0.24 0.42 25 0.45 20 30 0.08 25 0.16 40 0.04 30 0.03 a) Simulate a single day ofoperation of the current system. Put the results in a simulation table (include the random numbers used in the simulation). Homework #1 ISYE 420, Fall 2019 b) Repeat part (a) with the additional vehicle in the system. c) Compare the two configurations in (a) and (b) with respect to customer waiting times. Can we draw any definitive conclusion based on this single day simulation? What would you recommend to NexUber? 2. NexUber is a small carsharing service that operates one vehicle during the 9:00 p.m to 5 a.m. period. Currently, the company is considering adding a second vehicle during the same time period. The demand and the time to complete for the service follows the distributions below: Time Between Service Time Requests (minutes) Probability (minutes) Probability 0.18 10 10 0.12 20 0.28 15 0.24 0.42 25 0.45 20 30 0.08 25 0.16 40 0.04 30 0.03 a) Simulate a single day ofoperation of the current system. Put the results in a simulation table (include the random numbers used in the simulation). Homework #1 ISYE 420, Fall 2019 b) Repeat part (a) with the additional vehicle in the system. c) Compare the two configurations in (a) and (b) with respect to customer waiting times. Can we draw any definitive conclusion based on this single day simulation? What would you recommend to NexUber