### Queueing System Simulation Overview**Consider a single-server queueing system** with the following parameters:- **Interarrival Times:** 3, 2, 6, 2, 4, 5- **Service Times:** 2, 5, 5, 8, 4, 5**Objective:** Prepare a simulation table using the Event Scheduling / Time Advance Algorithm for the provided data.**Simulation Termination Condition:** Stop the simulation when the clock reaches 20.**Data to Include in the Simulation Table:**1. **B: Cumulative Busy Time** - Track the total time the server is occupied. 2. **MQ: Cumulative Maximum Number of Customers in Queue** - Record the peak number of customers waiting in line. 3. **F: Cumulative Number of Customers Who Spent More Than 3 Minutes in the System** - Count how many customers experience a total time (waiting + service) greater than 3 minutes.This exercise is designed to help understand the dynamics of queueing systems and learn how to implement a basic simulation using standard algorithms.

how do we set up the simulation table utilizing the Event Scheduling/Time Advance Algorithm. I'll…

Consider a single-server queueing system with arrival and service details as: Interarrival times 3 2 6 2 4 5 Service times 25 5845 Prepare simulation table using Event Scheduling / Time Advance Algorithm for the given data. Stop simulation when the clock reaches 20. In the simulation table, include the following: 1) B: Cumulative Busy Time 2) MQ: Cumulative Maximum number of Customers in Queue 3) F: Cumulative number of Customers who spent more than 3 minutes in the system.

Consider a single-server queueing system with arrival and service details as: Interarrival times 3 2 6 2 4 5 Service times 25 5845 Prepare simulation table using Event Scheduling / Time Advance Algorithm for the given data. Stop simulation when the clock reaches 20. In the simulation table, include the following: 1) B: Cumulative Busy Time 2) MQ: Cumulative Maximum number of Customers in Queue 3) F: Cumulative number of Customers who spent more than 3 minutes in the system.