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ESE ME: Industrial Engineering Champion Quiz 2
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Question 1
In a linear programming problem, which one of the following is correct for graphical method?
Question 2
Which one of the following is the correct statement?
In the standard form of a linear programming problem, all constraints are
In the standard form of a linear programming problem, all constraints are
Question 3
In simplex method, the variables which have not been assigned the value zero during the iteration, are called
Question 4
In an assembly line, what is the balance delay?
Question 5
A PERT activity has an optimistic time estimate of 3 days, a pessimistic time estimate of 10 days, and a most likely time estimate of 8 days. What is the expected time of this activity?
Question 6
Which one of the following is true with respect to a PERT network?
Question 7
Assertion (A):The change in critical path requires rescheduling in a PERT network.
Reason (R): Some of the activities cannot be completed in time due to unexpected breakdown of equipment or non-availability of raw materials.
Reason (R): Some of the activities cannot be completed in time due to unexpected breakdown of equipment or non-availability of raw materials.
Question 8
In relation to product flexibility and production volume achieved in computer controlled manufacturing systems, the flexible manufacturing system has
Question 9
Consider the following statements:
Scheduling
1). is a general timetable of manufacturing
2). is the time phase of loading
3). is loading all the work in process on machines according to their capacit
Which of these statements are correct?
Scheduling
1). is a general timetable of manufacturing
2). is the time phase of loading
3). is loading all the work in process on machines according to their capacit
Which of these statements are correct?
Question 10
A company has a store which is manned by 1 attendant who can attend to 8 technicians in an hour. The technicians wait in the queue and they are attended on first-come-first served basis. The technicians arrive at the store on an average 6 per hour. Assuming the arrivals to follow Poisson and servicing to follow exponential distribution, what is the expected time spent by a technician in the system, what is the expected time spent by a technician in the queue and what is the expected number of technicians in the queue?
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