If and are two consecutive event times in a discrete-event simulation model, what can happen during the time interval ?
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TRUE or FALSE? A next-event time advance mechanism is well-s…
TRUE or FALSE? A next-event time advance mechanism is well-suited for simulations that model continuous-time systems such as the movements of a weather system.
TRUE or FALSE ? As crazy as it sounds, the random numbers g…
TRUE or FALSE ? As crazy as it sounds, the random numbers generated on a computer are actually deterministic!
Suppose you toss a fair coin 10 times and get 10 heads in a…
Suppose you toss a fair coin 10 times and get 10 heads in a row. If you continue to toss until you’ve tossed it a hundred times, what is the expected outcome?
Consider once again the FIFO single-server queue event list…
Consider once again the FIFO single-server queue event list (table below). Event list for FIFO If the queue had instead been a LIFO queue, then which of the following statements would be TRUE ?
Consider the joint p.m.f. of discrete random variables and…
Consider the joint p.m.f. of discrete random variables and : What is ?
TRUE or FALSE ? In ARENA resources can have a schedule, i.e….
TRUE or FALSE ? In ARENA resources can have a schedule, i.e., we can specify when and how many resources are available.
Consider the following event list for a FIFO single-server q…
Consider the following event list for a FIFO single-server queue, where is the customer’s sequence number, is the customer’s interarrival time, is the customer’s arrival time, is the customer’s service start time, and is the customer’s service time. Event list for FIFO What is the average waiting time for the customers in the queue?
Which high-level simulation modeling approach does ARENA emp…
Which high-level simulation modeling approach does ARENA employ?
We are given the following square dartboard with side length…
We are given the following square dartboard with side length = 2 units, with a circle of radius 1 unit inscribed in it and a certain region shaded red (namely, the bottom half of the square + the upper semi-circle, as shown in the picture). Suppose we throw 1000 darts on the given square dartboard and 892 of them land in the red area. Use this information to estimate π.