Management Science MCQs

S

Shiva Ram • 26.21K Points
Instructor II

Q 31. Commonly assumed probability distribution of service pattern are .......................

(A) Poisson distribution
(B) Exponential distribution
(C) Erlang distribution
(D) b and c

R

Ram Sharma • 193.65K Points
Coach

Q 32. Commonly assumed probability distribution of arrival pattern is .......................

(A) Poisson distribution
(B) Binomial distribution
(C) Normal distribution
(D) None of these

G

Gopal Sharma • 33.96K Points
Instructor I

Q 33. The ration between mean arrival rate and mean service rate is called ...................

(A) Idle period
(B) Average length of queue
(C) Traffic intensity
(D) None of these

V

Vikash Gupta • 29.26K Points
Instructor II

Q 34. Number of customers in the queue per unit of time is called ......................

(A) Queuing system
(B) Length of queue
(C) Average length of queue
(D) None of these

R

Rakesh Kumar • 24.11K Points
Instructor III

Q 35. In waiting line theory, number of customers waiting in the queue is referred to as ................

(A) Traffic intensity
(B) Queuing system
(C) Service pattern
(D) Queue length

G

Gopal Sharma • 33.96K Points
Instructor I

Q 36. In queuing theory, ...................... is a person by whom service is rendered.

(A) Customer
(B) Server
(C) a or b
(D) none of these

V

Vikash Gupta • 29.26K Points
Instructor II

Q 37. In queuing theory, ...................... refers to those waiting in a queue or receiving service.

(A) Service provider
(B) Customer
(C) Both a and b
(D) None of these

P

Priyanka Tomar • 31.09K Points
Instructor I

Q 38. Queuing theory is also termed as ............................

(A) Game theory
(B) Replacement theory
(C) Waiting line theory
(D) None of these

P

Priyanka Tomar • 31.09K Points
Instructor I

Q 39. A queue is formed when the demand for a service:

(A) Exceeds the capacity to provide that service
(B) Is less than the capacity to provide that service
(C) a or b
(D) None of these

P

Praveen Singh • 32.12K Points
Instructor I

Q 40. Which of the following method is used to solve mixed strategy problems:

(A) Probability method
(B) Graphic method
(C) Linear Programming method
(D) All of the above

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