Dear Readers, Welcome to Production Management and Industrial Engineering Objective Questions and Answers have been designed specially to get you acquainted with the nature of questions you may encounter during your Job interview for the subject of Production Management and Industrial Engineering Multiple choice Questions. These Objective type Production Management and Industrial Engineering Questions are very important for campus placement test and job interviews. As per my experience good interviewers hardly plan to ask any particular question during your Job interview and these model questions are asked in the online technical test and interview of many IT & Non IT Industries.
(a) Gnatt chart
(b) flow chart
(c) break-even chart
(d) PERT chart
(e) Taylor chart.
Ans: c
(a) fixed cost
(b) variable cost
(c) fixed and variable costs
(d) operation costs
(e) none of the above.
Ans: c
(a) sales revenue > total cost
(b) sales revenue = total cost
(c) sales revenue < total cost
(d) variable cost < fixed cost
(e) none of the above.
Ans: a
(a) fixed cost
(b) variable cost
(c) fixed cost + variable cost
(d) fixed cost + variable cost + over-heads
(e) fixed cost + sales revenue.
Ans: a
(a) the most economical level of operation of any industry
(b) the time when unit can run without i loss and profit
(c) time when industry will undergo loss
(d) the time when company can make maximum profits
(e) time for overhauling a plant.
Ans: c
(a) sales turn over
(b) lowest competitive price
(c) various elements of the cost
(d) buyers' capability to pay
(e) all of the above.
Ans: e
(a) improving present method and finding standard time
(b) motivation of workers
(c) improving production capability
(d) improving production planning and control
(e) all of the above.
Ans: a
(a) graph paper
(b) process chart
(c) planning chart
(d) stop watch
(e) analytical mind.
Ans: d
(a) operation
(b) inspection
(c) transport
(d) delay temporary storage
(e) none of the above.
Ans: a
(a) inspection
(b) transport
(c) delay temporary storage
(d) permanent storage
(e) none of the above.
Ans: c
(a) minimum value
(b) maximum value
(c) average value
(d) middle value
(e) alarming value.
Ans: a
(a) overhead crane
(b) trolley
(c) belt conveyor
(d) all of the above
(e) none of the above.
Ans: a
(a) team of workers is working at a place
(b) material handling is to be done
(c) idle time is to be reduced
(d) all of the above
(e) none of the above.
Ans: a
(a) where production activities are involved
(b) in judging the rating of machines
(c) in improving industrial relations
(d) in judging the output of a man and improving it
(e) where men are biggest contributor to success of a project.
Ans: a
(a) enlarged view of motion study
(b) analysis of one stage of motion study
(c) minute and detailed motion study
(d) subdivision of an operation into therbligs and their analysis
(e) motion study of small components upto mirco-seconds.
Ans: d
(a) a symbol
(b) an event
(c) an activity
(d) micro motions
(e) standard symbol and colour.
Ans: e
(a) policy allowance
(b) interference allowance
(c) process allowance
(d) learning allowance
(e) unforeseen allowance.
Ans: a
(a) 8
(b) 12
(c) 16
(d) 20
(e) 24.
Ans: c
(a) total work content
(b) basie time + relaxation time
(c) total work content + basic time
(d) total work content + delay contigency allowance
(e) total work content + relaxation time.
Ans: d
(a) process chart
(b) material handling
(c) stop watch
(d) all of the above
(e) none of the above.
Ans: c
(a) when work should start and how much work should be completed during a certain period
(b) when work should complete
(c) that how idle time can be minimised
(d) prcper utilisation of machines
(e) none of the above.
Ans: a
(a) operator's activity
(b) flow of material and in case of trouble locate source of trouble
(c) minimising the delays
(d) making efficient despatching
(e) none of the above.
Ans: b
(a) determine overhead expenses
(b) provide a basis for setting piece prices or incentive w^ges
(c) determine standard costs
(d) determine the capability of an operator to handle the number of machines
(e) compare alternative methods.
Ans: a
(a) relative worth of jobs
(b) skills required by a worker
(c) contribution of a worker
(d) contribution of a job
(e) effectiveness of various alternatives.
Ans: a
(a) analysis of a man-work method by using a motion picture camera with a timing device in the field of view
(b) motion study observed on enhanced time intervals
(c) motion study of a sequence of opera-tions conducted systematically
(d) study of man and machine conducted simultaneously
(e) scientific, analytical procedure for determining optimum work method.
Ans: a
(a) work sampling
(b) time study
(c) method study
(d) work study
(e) ABC analysis.
Ans: a
(a) time motion unit
(b) time measurement unit
(c) time movement unit
(d) technique measurement unit
(e) time method unit.
Ans: b
(a) the appraisal, in terms of time, of the value of work involving human effort
(b) machine setting time
(c) time taken by workers to do a job
(d) method of fixing time for workers
(e) method of determining the personnel Requirement.
Ans: a
(a) detailed calculations
(b) convenience
(c) table of random numbers
(d) past experience
(e) fixed percentage of daily production.
Ans: c
(a) 0.0001 minute
(b) 0.0006 minute
(c) 0.006 minute
(d) 0.001 minute
(e) 0.06 minute.
Ans: b
(a) second
(b) minute
(c) hour
(d) day
(e) none of the above.
Ans: b
(a) improving a work method
(b) improvising a work method
(c) designing a work method
(d) providing a schematic framework
(e) reducing inventory costs.
Ans: e
(a) material handling
(b) proper utilisation of manpower
(c) production schedule
(d) efficient working of machine
(e) all of the above.
Ans: c
(a) analysis of process chart
(b) flow of material
(c) ordering schedule of job
(d) controlling inventory costs money
(e) all of the above.
Ans: d
(a) batch production
(b) continuous type of product
(c) effective utilisation of machines
(d) all of the above
(e) none of the above.
Ans: a
(a) have full flexibility
(b) employ conveyor belts, trucks, tractors etc.
(c) be a general purpose type
(d) be designed as special purpose for a particular application
(e) arranging shops according to specialisation of duties.
Ans: d
(a) an idea of the flow of materials at various stages
(b) a compact estimate of the handling which must be done between various work sections
(c) the information for changes required in rearranging material handling equip-ment
(d) an approximate estimate of the han-dling which must be done at a particular station
(e) solution to handling techniques to achieve most optimum^ results.
Ans: b
(a) batch production
(b) continuous production1
(c) effective utilisation of machine
(d) all of the above
(e) none of the above.
Ans: b
(a) specialisation exists
(b) machines are arranged according to se-quence of operation
(c) few number of non-standardised units are to be produced
(d) mass production is envisaged
(e) bought out items are more.
Ans: c
(a) product layout
(b) functional layout
(c) automatic material handling equip¬ment
(d) specialisation of operation
(e) minimum travel time plan and compact layout.
Ans: a
(a) line organisation
(b) line and staff organisation
(c) functional organisation
(d) all of the above
(e) none of the above.
Ans: a
(a) top level executives have to do exces-sive work
(b) structure is rigid
(c) communication delays occur
(d) all of the above
(e) none of the above.
Ans: d
(a) effective command and control
(b) defined responsibilities at all levels
(c) rigid discipline in the organisation
(d) ability of quick decision at all levels
(e) all of the above.
Ans: e
(a) line organisation
(b) line and staff organisation
(c) functional organisation
(d) effective organisation
(e) none of the above.
Ans: c
(a) strict adherence to specification
(b) separation of planning and design part
(c) each individual maintains functional efficiency
(d) work is properly planned and dis-tributed
(e) all of the above.
Ans: e
(a) line organisation
(b) line and staff organisation
(c) functional organisation
(d) effective organisation
(e) none of the above.
Ans: a
(a) a planning layout
(b) flow of material
(c) advancing a programme in automatic machines
(d) copying complicated profiles
(e) none of the above.
Ans: a
(a) conveyors
(b) cranes and hoists
(c) trucks
(d) locos
(e) none of jhe above.
Ans: d
(a) flow oftnaterial in the plant
(b) proper utilization of man power
(c) proper utilization of machines
(d) inspection of final product
(e) none of the above.
Ans: a
(a) material handling
(b) reducing the waiting time or idle Jajme
(c) better utilization of man services
(d) effective use of machines
(e) none of the above.
Ans: b
(a) normal time + allowances
(b) normal time + idle time + allowances
(c) normal time + idle time
(d) only normal time for an operation
(e) none of the above.
Ans: a
(a) Jeck Gilberth
(b) Gnatt
(c) Taylor
(d) Newton
(e) none of the above.
Ans: b
(a) corporate plans
(b) higher level management
(c) functional authority
(d) departmentatidn
(e) company policy.
Ans: d
(a) functional organisation
(b) line organisation
(c) staff organisation
(d) line and staff organisations
(e) scalar organisation.
Ans: d
(a) functional organisation
(b) line organisation
(c) staff organisation
(d) line, staff and functional organisations
(e) scalar organisation.
Ans: a
(a) inflated system
(b) primary cost method
(c) current value method
(d) fixed price method
(e) variable price method.
Ans: a
(a) productivity
(b) inventory control
(c) production planning
(d) production control
(e) capital budgeting.
Ans: a
(a) forecasting sales
(b) production schedule
(c) scheduling and routing
(d) linear programming
(e) none of the above.
Ans: b
(a) effective running of stores
(b) state of merchandise methods of stro-ing and maintenance etc.
(c) stock control system
(d) all of the above
(e) none of the above.
Ans: d
(a) break even point analysis
(b) production schedule
(c) material handling layout
(d) determining selling price
(e) value analysis.
Ans: b
(a) achieving optimisation
(b) ensuring against market fluctuations
(c) acceptable customer service at low capital investment in inventory
(d) discounts allowed in bulk purchase
(e) regulate supply and demand.
Ans: c
(a) optimum lot size
(b) highest level of inventory
(c) lot corresponding to break-even point
(d) capability of a plant to produce
(e) none of the above.
Ans: a
(a) quality
(b) statistics
(c) probability
(d) all of the above
(e) none of the above.
Ans: c
(a) management
(b) labour court
(c) high court/supreme court
(d) board of directors
(e) president.
Ans: c
(a) all industries have to necessarily train the apprentices
(b) industries have to train apprentices ac-cording to their requirement
(c) all industries employing more than 100 workers have to recruit apprentices
(d) only industries employing more than 500 workers have to recruit appren¬tices
(e) all industries other than small scale in-dustries have to train apprentices.
Ans: d
(a) all industries
(b) all process industries and thermal power plants
(c) only major industries
(d) only key industries
(e) all industries employing more than 100 workers.
Ans: e
(a) bacth production
(b) job production
(c) mass production
(d) all of the above
(e) none of the above.
Ans: c
(a) complicated items only
(b) simple items only
(c) crash-programme items only
(d) cost consciousness items only
(e) any item.
Ans: e
(a) total cost of the product
(b) selling price of the product
(c) utility of the product
(d) manufactured cost of the product
(e) depreciation value.
Ans: c
(a) depreciation value of a product
(b) resale value of a product
(c) major function of the item and ac-complishing the same at least cost without change in quality
(d) break even point when machine re-quires change
(e) selling price of an item.
Ans: c
(a) minimum value
(b) maximum value
(c) average value
(d) alarming value
(e) original value.
Ans: a
(a) CAM < DAM
(b) CAM > DAM
(c) CAM = DAM
(d) there is no such criterion
(e) none of the above.
(CAM = Challenger's Adverse minimum DAM = Defender's Adverse minimum)
Ans: a
(a) a job
(b) an individual employee
(c) a particular division in workshop
(d) machine
(e) overall quality.
Ans: b
(a) Gnatt chart
(b) bin chart
(c) Emerson chart
(d) travel chart
(e) activity chart.
Ans: d
(a) primary cost
(b) factory cost
(c) factory expenses
(d) primary cost + factory expenses
(e) none of the above.
Ans: d
(a) actions of operator
(b) layout of work place
(c) tooling and equipment
(d) all of the above
(e) none of the above.
Ans: a
(a) greater
(b) smaller
(c) equal
(d) there is no such correlation
(e) none of the above.
Ans: a
(a) permits a fine breakdown of activities and delays
(b) simultaneous study of many operators may be made by a single observer
(c) calculations are easier, method is economical and less time consuming
(d) no time measuring devices are generally needed
(e) as operators are not watched for long periods, chances of obtaining mislead-ing results are less.
Ans: a
(a) process layout
(b) product layout
(c) fixed position layout
(d) plant layout
(e) functional layout.
Ans: b
(a) process layout
(b) product layout
(c) fixed position layout
(d) plant layout
(e) functional layout.
Ans: b
(a) process layout
(b) product layout
(c) fixed position layout
(d) plant layout
(e) functional layout.
Ans: a
(a) all industries
(b) all industries other than small and medium industries
(c) volunteers
(d) the industries notified by Government
(e) all major industries.
Ans: d
(a) credited into reserves of company
(b) deposited in nationalised bank
(c) deposited in post office
(d) deposited in the account of worker with employer or Reserve Bank of India
(e) deposited in the account of worker with Provident Fund Commissioner.
Ans: e
(a) immediately on joining the service
(b) after 60 days of joining the service
(c) after 100 days of joining the service
(d) after 240 days of joining the service
(e) after one year of joining the service.
Ans: d
(a) F.W. Taylor
(b) H.L. Gantt
(c) F.B. Gilberfh
(d) R.M. Barnes
(e) H.B. Maynord.
Ans: a
(a) Taylor
(b) Drucker
(c) McGregor
(d) Galileo
(e) Parkinson.
Ans: d
(a) manufacturing plant
(b) manufacturing plant and equipment
(c) inventories
(d) common stock held by the firm
(e) all of the above.
Ans: a
(a) fast worker
(b) average worker
(c) slow worker
(d) new entrant
(e) any one of the above.
Ans: b
(a) reduce labour monotony
(b) overcome boring and demotivating work
(c) make people happy
(d) all of the above
(e) none of the above.
Ans: d
(a) process layout
(b) product layout
(c) fixed position layout
(d) plant layout
(e) functional layout.
Ans: c
(a) by time study
(b) from previous production records
(c) from one's judgement
(d) all of the above
(e) none of the above.
Ans: b
(a) assembly industry
(b) process industry
(c) job order industry
(d) mass production industry
(e) steel industry.
Ans: a
(a) optimum utilisation of men, machines and materials
(b) lowest possible cost and shortest pos-sible time for project
(c) timely execution of project
(d) to produce best results under given constraints
(e) realistic execution time, minimum cost and maximum profits.
Ans: b
(a) break-even analysis
(b) value analysis
(c) linear programming
(d) queing theory
(e) tnaterial handling.
Ans: c
(a) both direct and indirect costs, increase
(b) indirect costs increase and direct costs decrease
(c) direct costs increase and indirect costs decrease
(d) cost is no criterion
(e) none of the above.
Ans: c
(a) Scanlon Plan
(b) Rowan Plan
(c) Bedaux Plan
(d) Taylor Differential Piece Rate System
(e) Halsey Premium Plan.
Ans: a
(a) past good workers
(b) past poor workers
(c) past average workers
(d) all of the above
(e) none of the above.
Ans: b
(a) paid as per efficiency
(b) ensured of minimum wages
(c) not paid any bonus till his efficiency 2 reaches 66 — %
(d) never a loser
(e) induced to do more work.
Ans: b
(a) purchase value
(b) saleable value
(c) depreciated value
(d) present worth
(e) function/cost.
Ans: e
(a) short run analysis
(b) long run analysis
(c) average of above two run analysis
(d) there is no such criterion
(e) none of the above.
Ans: a
(a) one time estimate
(b) two time estimate
(c) three time estimate
(d) four time estimate
(e) nil time estimate.
Ans: a
(a) one time estimate
(b) two time estimate
(c) three time estimate
(d) four time estimate
(e) nil time estimate.
Ans: c
(a) a standard rating system
(b) a merit rating system
(c) a job evaluation system
(d) his individual performance
(e) all of the above.
Ans: b
(a) Emerson efficiency plan
(b) Taylor plan
(c) Halsey premium plan
(d) Piece rate system
(e) Gilberth plan.
Ans: c
(a) differential piece rate system
(b) Rowan plan
(c) Emerson plan
(d) Taylor plan
(e) Halsey plan.
Ans: d
(a) Halsey plan
(b) Rowan plan
(c) Haynes plan
(d) Emerson's plan
(e) Taylor's plan.
Ans: c
(a) Rowan Plan
(b) Bedaux Plan
(c) Taylor Differential Piece rate system
(d) Halsey Premium plan
(e) Day work plan.
Ans: d
(a) a differential piece rate system should exist
(b) minimum wages should be guaran¬teed
(c) provide incentive to group efficiency performance
(d) all standards should be based on optimum standards of production
(e) all standards should be based on time studies.
Ans: e
(a) 50%
(b) 661%
(c) 75%
(d) 80%
(e) 90%.
Ans: b
(a) HA
(b) HA + (S~A) HA
(c) HA + ^^-H
(d) HA + ^^-H
(e) HA + ^^-HA.
Ans: b
(a) 2 HA
(b) 1.33 HA
(c) 1.5 HA
(d) 1.15 HA
(e) 2.5 HA.
Ans: a
(a) those items which consume money
(b) those items which are not readily available
(c) thosex items which are in more demand
(d) those items which consume more money
(e) proper quality assurance program-mes.
Ans: d
(a) Halsey Premium Plan
(b) Bedaux Plan
(c) Lincoln Plan
(d) Rowan Plan
(e) Taylor Plan.
Ans: c
(a) operation research
(b) linear programming
(c) network analysis
(d) queuing theory
(e) break-even analysis.
Ans: b
(a) relations between factors must be linear (positive)
(b) relations between factors must be linear (negative)
(c) (a) or (b)
(d) only one factor should change at a time, others remaining constant
(e) none of the above.
Ans: c
(a) iron and steel
(b) food processing
(c) oil and chemical
(d) banking
(e) all of the above.
Ans: e
(a) value analysis
(b) operation research
(c) linear programming
(d) model analysis
(e) none of the above.
Ans: c
(a) ordering procedure
(b) forecasting sales
(c) production planning
(d) despatching and expediting
(e) none of the above.
Ans: a
(a) Dry work Plan
(b) Halsey Premium Plan
(c) Taylor Plan
(d) Bedaux Plan
(e) Rowan Plan.
Ans: e
(a) annual cost method
(b) rate of return method
(c) total life average method
(d) present worth method
(e) any one of the above.
Ans: e
(a) for checking the relative values of various layouts
(b) when a group of workers are working at a place
(c) where processes require the operator to be moved from one place to another
(d) all of the above
(e) none of the above.
Ans: d
(a) sinking fund method
(b) straight line method
(c) A-B-C charging method
(d) annuity charging method
(e) diminishing balance method.
Ans: d
(a) administrative wing
(b) workshop
(c) foundary shop
(d) stores
(e) assembly shop.
Ans: d
(a) latest allowable time and the normal expected time
(b) latest allowable time and the earliest expected time
(c) proposed allowable time and the ear-liest expected time
(d) normal allowable time and the latest expected time
(e) project initiation tune and actual starting time.
Ans: b
(a) techniques to determine project status
(b) decision making techniques
(c) charts which increase aesthetic ap-pearance of rooms
(d) aids to determine cost implications of project
(e) aids to the decision maker.
Ans: e
(a) activities and events are clearly shown
(b) early start and late finish of an activity are clearly marked
(c) activity times are clear
(d) critical path can be easily determined
(e) inter-relationship among activities is clearly shown.
Ans: e
(a) time oriented technique
(b) event oriented technique
(c) activity oriented technique
(d) target oriented technique
(e) work oriented technique.
Ans: c
(a) MTM (method time measurement)
(b) WFS (work factor systems)
(c) BNTS (basic motion time study)
(d) all of the above
(e) none of the abbvev
Ans: d
(a) method study and work measurement
(b) method study and time study
(c) time study and work measurement
(d) method study and job evaluation
(e) value analysis and work measurement.
Ans: a
(a) organisation performance x motivation = profits
(b) knowledge x skill = ability
(c) ability x motivation = performance
(d) attitude x situation = motivation
(e) performance x resources = organisation performance.
Ans: a
(a) time oriented technique
(b) event oriented technique
(c) activity oriented technique
(d) target oriented technique
(e) work oriented technique.
Ans: b
(a) PERT deals with events and CPM with activities
(b) critical path is determined in PERT only
(c) costs are considered on CPM only and not in PERT
(d) guessed times are used in PERT and evaluated times in CPM
(e) PERT is used in workshops and CPM in plants.
Ans: d
(a) inventory problems
(b) traffic congestion studies
(c) job-shop scheduling
(d) all of the above
(e) none of the above.
Ans: d
(a) complete details'of items in, waiting line are known
(b) arrival and waiting times are known and can be grouped to form a waiting line model
(c) all variables and constants are known and form a linear equation
(d) the laws governing arrivals, service times, and the order in which the ar¬riving units are taken into source are known
(e) all of the above.
Ans: d
(a) sales
(b) inspection time
(c) waiting time
(d) production time
(e) inventory.
Ans: c
(a) the average service rate HHess than the average arrival rate
(b) output rate is linearly proportional to input
(c) output rate is constant and the input varies in a random manner
(d) all of the above
(e) none of the above.
Ans: d
(a) that can't be analysed mathematically
(b) involving multistage queuing
(c) to verify mathematical results
(d) all of the above
(e) none of the above.
Ans: a
(a) shows the inter-dependences of various jobs
(b) depicts the delay of jobs, if any
(c) points outgoing ahead of schedule of jobs, if any
(d) all of the above
(e) none of the above.
(a) minor works
(b) major works
(c) large projects
(d) all of the above
(e) none of the above.
(a) bar chart method
(b) milestone chart
(c) critical path method (CPM)
(d) programme evaluation and review technique (PERT)
(e) none of the above.
(a) programme evaluation and review technique is event oriented
(b) programme evaluation and review technique is not event oriented
(c) critical path method is event oriented
(d) critical.path method is not activity oriented
(e) none of the above.
(a) critical path method is an improve-ment upon bar chart method
(b) critical path method provides a realistic approach to the daily problems
(c) critical path method avoids delays which are very common in bar chart
(d) critical path method was invented by Morgan R. Walker of Dupot and James E.Kelley of Remington U.S.A in 1957
(e) all of the above.
(a) a project is divided into various ac-tivities
(b) required time for each activity is es-tablished
(c) sequence of various activities is made according to their importance
(d) network is drawn by connecting the activities and the events
(e) all of the above.
(a) early finish
(b) early start
(c) late start
(d) late finish
(e) none of the above.
(a) high initial investment for the specialized facilities
(b) skilled labour to operate machines
(c) production time is longer, requiring more goods in inventory
(d) high cost of inspection
(e) costly and complex production control.
(a) job production
(b) automatic production
(c) continuous production
(d) intermittent production
(e) none of the above.
(a) the flow of material in the plant
(b) the methods of proper utilization of manpower
(c) the methods of proper utilization of machines
(d) the layout of factory facilities
(e) normal route of workers through the plant.
(a) dummy
(b) event
(c) activity
(d) contract
(e) none of the above.
(a) an activity of the project is denoted by an jarrow on the net work
(b) the tail of the arrow indicates the start of the activity
(c) the head of the arrow indicates the end of,the activity!
(d) the arrows are drawn (to scale from; left tp right
(e) each aictivity consumes a given time.-
(a) event
(b) free float
(c) artificial
(d) constraint
(e) dummy.
(a) is artificially introduced
(b) is represented by a dotted line
(c) does not require any time
(d) all of the above
(e) none of the above.