A) time divided by units.
B) the maximum allowable time at each work station.
C) how often items roll off the assembly line.
D) the time required to complete a product from start to finish.
Correct Answer
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Multiple Choice
A) Grid
B) Freeform
C) Loop
D) Spine
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Multiple Choice
A) Gantt chart
B) block diagram
C) PERT network
D) breakeven analysis
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Multiple Choice
A) product
B) process
C) fixed position
D) storage
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Multiple Choice
A) Dividing desired output by actual cycle time
B) Dividing time
C) Multiplying desired output by desired cycle time
D) Management policy
E) g. ,an 8-hour day) by actual cycle time
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Multiple Choice
A) Fixed costs are high;variable costs are low
B) Workers are low skilled
C) Equipment,workers,materials and other resources are brought to a fixed location
D) All of the above are true.
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Multiple Choice
A) skilled labor
B) group technology
C) task specialization
D) automation
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Multiple Choice
A) line balancing techniques.
B) process layout techniques.
C) factor rating analysis.
D) linear programming.
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Multiple Choice
A) grid
B) freeform
C) loop
D) spine
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Multiple Choice
A) Assigns elements to work stations
B) Tries to minimize the amount of time an item spends at each work station
C) Uses the desired output of a line as the maximum work station time
D) all of the above
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Multiple Choice
A) has one-directional flow
B) has high levels of work-in-process inventory
C) uses general purpose equipment
D) is characteristic of firms that produce goods to customer order
E) all of the above
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Multiple Choice
A) worker efficiency
B) capacity and speed of production
C) system responsiveness to changes in product mix or product volume
D) all of the above
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Multiple Choice
A) A capacity cushion
B) The best operating level
C) Economies of scale
D) Diseconomies of scale
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Multiple Choice
A) group similar machines into departments according to their function
B) group dissimilar machines into small assembly lines that produce families of parts
C) allow production of larger lots by reducing set-up time
D) encourage the use of large,efficient machinery
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Multiple Choice
A) Minimize movement and material handling costs
B) Eliminate bottlenecks
C) Promote product and service quality
D) all of the above
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Multiple Choice
A) Are harder to balance because the workforce is less flexible
B) Are U-shaped
C) Send models down the line in any sequence
D) Use the maximum completion times of the array of models for balancing the line
E) all of the above
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Multiple Choice
A) Completion times are only estimated
B) Desired output may be more than the line can handle
C) Precedence requirements are not considered in the calculations
D) The efficiency of the line can vary.
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Multiple Choice
A) Calculating the number of non-adjacent loads
B) Determining the cost of each layout
C) A linear programming model
D) Using the load-distance formula
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Multiple Choice
A) A
B) E
C) I
D) U
E) X
Correct Answer
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Multiple Choice
A) economies of scale
B) economies of scope
C) diseconomies of scale
D) the best operating level
Correct Answer
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