1) True or False: the simulation clock for a discrete event dynamic stochastic m
ID: 355040 • Letter: 1
Question
1) True or False: the simulation clock for a discrete event dynamic stochastic model jumps in discreet equal increments of time in the defied time units. for example, 1 second, 2 second, 3 seconds 2 True or False: the concept of steady state Implies that after a long enough time the system will not change with respect to time 3) True or False: the walting times for entities in queue are time-persistent data. 4) True or False: if a system changes significantly with respect to time, it is sald to be stachastc 5) True or False: when solving a problem, It ls more powerful to use simulation rather than traditional methods given that both are applicable. Time Persistent or () 1) The number in queue: 2) The time that the resource spends serving customer-................... 3) Total system time for a customer to finish service in a cafeteria 4) Maximum waiting time in queue. 5) The number of jobs completed during a week 6) The number of items on sitting on a shelf waiting to be saldExplanation / Answer
We are required to do only 4 parts of question.
1. Clock simulation with stochastic the increment of time is uniformly distributed between 0–2 seconds and are not equal. Hence the given statement is FALSE.
2. According to concept of steady state, the system will remain unchanged even after the change in time. Hence the given statement is TRUE.
3. A time persistent data is the which the event will reach the steady state but in queue the state changes after certain time and is not steady. Hence the given statement is FALSE.
4. Stochastic system produces random output as the time passes and changes with respect to time. Hence the given statement is TRUE.
5. Resources used in simulation are less than traditional methods and results are nearly same hence simulation is more powerful than traditional methods. Hence the given statement is TRUE.
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