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Simulation and Queuing Theory Quiz

Total questions: 30

Worksheet time: 15mins

Name
Class
Date
1.

What is the primary purpose of simulation in analyzing complex systems?

a)

To eliminate uncertainties

b)

To simplify the problem formulation

c)

To determine the effect of alternate policies

d)

To create mathematical models

2.

Who were the pioneers in the application of simulation for nuclear shielding problems?

a)

Stainslaw Ulam and Naylor

b)

John Von Neumann and Stainslaw Ulam

c)

Albert Einstein and Naylor

d)

Donald G. Malcolm and John Von Neumann

3.

What type of simulation is used for complex managerial decision-making?

a)

Analog Simulation

b)

Dynamic Simulation

c)

Physical Simulation

d)

Computer Simulation

4.

Which of the following is NOT a limitation of simulation techniques?

a)

Results are only reliable approximations

b)

Unique solutions are transferable

c)

Difficult to identify all variables

d)

Costly and time-consuming

5.

What does the Monte-Carlo method utilize to create statistical distribution functions?

a)

Mathematical models

b)

Random numbers

c)

Fixed algorithms

d)

Deterministic processes

6.

In the context of queuing theory, what does FIFO stand for?

a)

First In Fast Out

b)

First In First Out

c)

Fast In Fast Out

d)

First In Final Out

7.

What is the average service rate if a cashier can serve 10 customers in 5 minutes?

a)

3 customers per minute

b)

4 customers per minute

c)

2 customers per minute

d)

1 customer per minute

8.

What is the average waiting time in a queue if the arrival rate is 9 customers for every 5 minutes?

a)

1.5 minutes

b)

4 minutes

c)

2 minutes

d)

3 minutes

9.

Which of the following describes a system with infinite capacity?

a)

A system that can accommodate an unlimited number of customers

b)

A system that can accommodate a limited number of customers

c)

A system that has a fixed number of service channels

d)

A system that has a variable number of service channels

10.

What is the primary characteristic of a transient state in a queuing system?

a)

The system is in an explosive state

b)

The system's behavior is independent of time

c)

The system's behavior is dependent on time

d)

The system has reached a steady state

11.

In queuing theory, what does the symbol 'λ' represent?

a)

Average service rate

b)

Average arrival rate

c)

Average waiting time

d)

Average queue length

12.

In queuing theory, what does the symbol 'λ' represent?

a)

Average service rate

b)

Average arrival rate

c)

Average waiting time

d)

Average queue length

13.

What is the expected idle time for a repairman if the arrival rate is 10 per 8-hour day?

a)

1 hour

b)

2 hours

c)

3 hours

d)

4 hours

14.

What does the term 'balking' refer to in customer behavior?

a)

Waiting patiently in the queue

b)

Not joining the queue due to its length

c)

Joining a shorter queue

d)

Leaving the queue after waiting

15.

Which of the following is a characteristic of a steady state in a queuing system?

a)

The queue length increases indefinitely

b)

The probability distribution of arrivals does not depend on time

c)

The system's behavior is dependent on time

d)

The arrival rate is greater than the service rate

16.

What is the average number of customers in the system if the traffic intensity is 0.625?

a)

6 customers

b)

7 customers

c)

8 customers

d)

5 customers

17.

In a queuing model, what does the symbol 'μ' represent?

a)

Average arrival rate

b)

Average service rate

c)

Average waiting time

d)

Average queue length

18.

What is the average time a customer spends in the system if the average service rate is 2 customers per minute?

a)

3 minutes

b)

2 minutes

c)

1 minute

d)

4 minutes

19.

What is the probability that a customer has to wait on arrival if the traffic intensity is 0.625?

a)

0.5

b)

0.75

c)

0.625

d)

0.9

20.

What is the average number of customers in the queue if the average arrival rate is 1.8 customers per minute?

a)

1 customer

b)

2 customers

c)

4 customers

d)

3 customers

21.

What is the average time a customer waits before being served if the average service rate is 2 customers per minute?

a)

3 minutes

b)

2 minutes

c)

4 minutes

d)

1 minute

22.

What is the average number of jobs ahead of the average set just brought in?

a)

4 jobs

b)

1 job

c)

2 jobs

d)

3 jobs

23.

What is the average waiting length if the arrival rate is 9 customers for every 5 minutes?

a)

1 customer

b)

2 customers

c)

3 customers

d)

4 customers

24.

What is the average time a customer spends in the queue if the average arrival rate is 1.8 customers per minute?

a)

4 minutes

b)

3 minutes

c)

2 minutes

d)

1 minute

25.

What is the average number of customers in the system if the service rate is 2 customers per minute?

a)

1 customer

b)

4 customers

c)

2 customers

d)

3 customers

26.

What is the average waiting time in a queue if the arrival rate is 9 customers for every 5 minutes?

a)

1 minute

b)

3 minutes

c)

4 minutes

d)

2 minutes

27.

What is the average service time if the service rate is 2 customers per minute?

a)

3 minutes

b)

2 minutes

c)

1 minute

d)

4 minutes

28.

What is the average idle time for a repairman if the arrival rate is 10 per 8-hour day?

a)

4 hours

b)

2 hours

c)

3 hours

d)

1 hour

29.

What is the average number of customers in the queue if the average arrival rate is 1.8 customers per minute?

a)

3 customers

b)

2 customers

c)

4 customers

d)

1 customer

30.

What is the average time a customer spends in the system if the average service rate is 2 customers per minute?

a)

2 minutes

b)

3 minutes

c)

1 minute

d)

4 minutes