Is a statistically based philosophy that aims to reduce defects boost productivity

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Is a statistically based philosophy that aims to reduce defects boost productivity

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D. factor costs; exchange rates. 
 
 
9. The growth of international ______________ has focused greater attention on the importance of product 
quality. 
 
A. manufacturing 
 
B. standards 
 
C. laws 
 
D. policy 
 
 
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10. One of the most difficult decisions an international business will face is whether to perform value-creation 
activities itself or outsource them to another entity. This is called a _-_______________ decision. 
 
A. make-or-break 
 
B. convergent-or-divergent 
 
C. make-or-buy 
 
D. divest-or-expropriate 
 
 
11. The lower the minimum efficient scale of a plant relative to total global demand, the greater the argument 
for: 
 
A. decentralising production in multiple locations. 
 
B. centralising production in a single location or in a limited number of locations. 
 
C. decentralising production in a single location or in a limited number of locations. 
 
D. centralising production in multiple locations. 
 
 
12. The key factors influencing the decision as to where an international firm locates its manufacturing 
facilities can be grouped under which three broad headings? 
 
A. Political, economic and legal factors 
 
B. Country, technological and product factors 
 
C. Product, service and labour factors 
 
D. Language, cultural and transport factors 
 
 
13. Six Sigma is a statistically based philosophy that aims to _________ defects, boost productivity, 
__________ waste and cut costs throughout a company. 
 
A. eliminate; recycle 
 
B. identify; remove 
 
C. reduce; eliminate 
 
D. minimise; re-use 
 
 
14. The benefits of manufacturing components in-house seem to be greatest when all except with one of the 
following factors are involved? 
 
A. Highly specialised assets are involved. 
 
B. The firm is simply more efficient than external suppliers at performing a particular activity. 
 
C. Maximum flexibility is necessary. 
 
D. Vertical integration is necessary for protecting proprietary technology. 
 
 
15. Within the context of materials management, JIT stands for: 
 
A. jobber-in-training. 
 
B. job-in-transit. 
 
C. joint-in-transpiration. 
 
D. just-in-time. 
 
 
16. If a car manufacturer were to develop a high-performance, high-quality fuel-injection system that no other 
competitor in the industry could match, what would be the best strategy for Ford? 
 
A. Strategic alliance 
 
B. Vertical integration 
 
C. Patenting, then outsourcing of the technology 
 
D. Selling the technology to competitors 
 
 
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17. Buying component parts from independent suppliers gives the firm which of the following advantages? 
 
 
A. It may help the firm to capture orders from international customers, and facilitates the scheduling of 
adjacent processes and greater flexibility. 
 
B. It facilitates greater flexibility and the scheduling of adjacent processes, and protects proprietary 
production technology. 
 
C. It facilitates investments in highly specialised assets and the scheduling of adjacent processes, and 
protects proprietary product technology. 
 
D. It facilitates greater flexibility, it can help drive down the firm's cost structure and it may help the 
firm to capture orders from international customers. 
 
 
18. Which of the following sets of four arguments supports making component parts in-house (i.e. vertical 
integration)? 
 
 
A. It lowers costs, facilitates investments in highly specialised assets, protects proprietary product 
technology and facilitates the scheduling of adjacent processes. 
 
B. It facilitates greater flexibility, helps the firm to capture orders from international customers, facilitates 
investments in highly standardised assets and facilitates the scheduling of adjacent processes. 
 
C. It helps the firm to capture orders from international customers, lowers costs, facilitates investments in 
highly standardised assets and facilitates the scheduling of adjacent processes. 
 
D. It lowers costs, and it facilitates greater flexibility, the scheduling of adjacent customers and investments 
in highly specialised assets. 
 
 
19. The two basic strategies for locating manufacturing facilities are: 
 
 
A. to concentrate them in the optimal location and serve the world market from there, and to concentrate 
them in markets that are parts of major trade blocks. 
 
B. to locate at least one manufacturing facility in each continent in which the firm is active, and to 
concentrate manufacturing at an optimal location. 
 
C. to concentrate them in the optimal location and serve the world market from there, and to 
decentralise them in various regional or national locations that are close to major markets. 
 
D. to concentrate them in markets that are part of major trade blocks, and to centralise them at a single 
location. 
 
 
 
 
 
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Página12

Which of the following is a statistically based philosophy that aims to reduce defects?

Six sigma is a data-driven approach that uses a statistical methodology for eliminating defects, defect reduction and profits improvement.

Which of the following is a philosophy that was widely adopted first by Japanese companies?

JIT is a Japanese management philosophy which has been applied in practice since the early 1970s in many Japanese manufacturing organisations. It was first developed and perfected within the Toyota manufacturing plants by Taiichi Ohno as a means of meeting consumer demands with minimum delays .

Which of the following is an objective of lean production?

The three main objectives of Lean Manufacturing are Quality, Cost, and Delivery.

What is decentralization of manufacturing facilities most appropriate?

Overall, decentralized manufacturing is best suited for companies that have generic or easy to develop goods with demand spread evenly across larger areas. If your company is smaller with a local customer base, or has incredibly unique or highly-specialized products, then centralized operations are better.