Choose two scenarios where it's possible that simulation models will correctly depict the issues.

Listed below are four key benefits of adopting continuous event simulation; could you please elaborate on each?

In this Challenge Exercise, you are going to build a computational model, much like the McBurgers simulation of Section 13.2.3. To do this, follow the same design steps that were used in this example, namely: • Specify the events that can change the state of your system. • For each event, specify an algorithm that shows how the system changes when this type of event occurs. • Specify the main algorithm that will initialize your system, get the simulation started, and run the simulation until it has completed. You do not need to specify your solution in a high-level programming language (unless you want to). Instead, you can write your algorithms using the pseudocode presented in Chapter 2 and shown in Figure 2.9. The system that you are going to model is a small airport with a single runway that handles both takeoffs and landings. This system is diagrammed on the next page.

In this discussion, please elaborate on the four features of continuous event simulation that you find most important and why.

In order to get precise outcomes from a simulation, is it required to use computer software? Explain.

In terms of the relevance they have for you, the following four aspects of continuous event simulation should be discussed.