- Technology is not very important to established, mature industries.
@Pages and References: Pages 254-256
- T
*b. F
- Only digital technology is of interest outside of the science-based industries.
@Pages and References: Pages 254-256
- T
*b. F
- Most inventions are based on new technology.
@Pages and References: Pages 261-262
- T
*b. F
- Innovation must involve the attempted commercialisation of a new invention, or new idea.
@Pages and References: Pages 261-262
*a. T
- F
- An innovation is more likely to diffuse more quickly throughout an industry if it is perceived as worth imitating by competitors.
@Pages and References: Pages 261-262
*a. T
- F
- Those firms who spend more on research and development are nearly always more successful at making profit from innovation.
@Pages and References: Pages 262-269
- T
*b. F
- An innovation which comes to dominate the market does not always lead to superior profits for the innovator.
@Pages and References: Pages 262-269
*a. T
- F
- The “regime of appropriability” refers to the extent to which the innovator can appropriate value ie make a profit.
@Pages and References: Pages 262-269
*a. T
- F
- The main factors in determining whether the innovator can make a good profit from an innovation are luck, and good timing.
@Pages and References: Pages 262-269
- T
*b. F
- Property rights in innovation mainly include; patents, trademarks and copyright.
@Pages and References: Pages 264-265
*a. T
- F
- If a firm or a person secures a patent, then commercial success is assured.
@Pages and References: Pages 264-265
- T
*b. F
- Having a patent is not much use if a rival is expert enough to quickly come up with an alternative way to achieve the same thing.
@Pages and References: Pages 264-265
*a. T
- F
- The potential to make a profit from an innovation is greatly enhanced if a rival would need 2 or 3 years to copy it.
@Pages and References: Pages 265-266
*a. T
- F
- Regarding innovations, complementary resources are all the other things apart from the invention or idea necessary to achieve commercial success.
@Pages and References: Pages 266-267
*a. T
- F
- Which exploitation strategy is best for an innovation depends entirely on whether the innovator prefers to licence out the underlying patent or copyright.
@Pages and References: Pages 269-275
- T
*b. F
- A major constraint for start-up innovators is that they are unlikely to possess sufficient complementary resources for exploiting their innovation.
@Pages and References: Pages 269-275
*a. T
- F
- One major factor to first-mover advantage is how quickly and easily an innovation can be copied.
@Pages and References: Pages 269-275
*a. T
- F
- The risk of failure of an innovation is a combination of technological risk and market risk.
@Pages and References: Pages 275-277
*a. T
- F
- Close co-operation with a major potential customer during innovation development is inadvisable, in case they copy the innovation themselves.
@Pages and References: Pages 275-277
- T
*b. F
- The strongest competitive advantage in technology-based industries is to dominate an industry standard.
@Pages and References: Pages 277-284
- T
*b. F
- The most important standards in technology industries are interoperability standards.
@Pages and References: Pages 277-279
*a. T
- F
- Industry standard solutions always appear.
@Pages and References: Pages 277-279
- T
*b. F
- Network externalities are what cause technical standards to appear in industries where the important thing to a customer is how many other customers he’s connected to.
@Pages and References: Pages 279-281
- T
*b. F
- Network externalities lead to positive feedback, so that products tend to rapidly coalesce to an industry standard.
@Pages and References: Pages 279-281
*a. T
- F
- It’s wise to manage the creative departments in a firm separately from the operational departments.
@Pages and References: Pages 284-294
*a. T
- F
- In the past decade the impact of technology has:
@Pages and References: Pages 254-256
- Been limited to science-based industries
- Been limited to digital technologies
*c. Witnessed the pervasive influence of digital electronics technologies
- Overwhelmingly been social networking services
- Firms innovate because:
@Pages and References: Pages 260-261
- The human race is naturally inventive
*b. Competitive advantages tend to erode over time – so new ones need to be found
- Consumers are always looking for the next new gadget
- It gets boring doing the same old things
- Inventions are the creation of:
@Pages and References: Pages 261-262
- New products based on new technology
*b. New products or processes, often based on existing technology and know-how
- Usually several decades of research
- Individual scientists or engineers, working alone
- Competitive advantage and technology are linked by:
@Pages and References: Pages 260-261
*a. Innovation
- Corporate culture
- Invention
- Organizational culture
- Firms innovate because they are seeking
@Pages and References: Pages 260-261
- Market share
- Leadership of the industry
*c. A competitive advantage
- Lower costs
- The connection between invention and innovation is:
@Pages and References: Pages 261-262
- They are exactly the same
- They have nothing in common
*c. Innovation is the commercialisation of invention
- Largely a matter of personal opinion
- An innovation diffuses:
@Pages and References: Pages 261-262
- Mainly on the supply side
- By industrial espionage and leaked information
*c. Through the purchase of products by customers and the imitation by competitors
- Answers b and c
- The cycle of innovation has recently:
@Pages and References: Pages 261-262
*a. Speed up
- Slowed down
- Become more aggressive
- Become more uncertain
- Why is innovation no guarantee of success and fortune for the innovator?
@Pages and References: Pages 262-269
- Success depends on the value created
- Implementation of innovation may be a failure due to internal organizational factors
*c. Success depends on sufficient value being created and a sufficient portion of that value being appropriated by the innovator
- Nothing is guaranteed in the corporate world and in life in general
- The value created by an innovation is:
@Pages and References: Pages 262-269
- Shared equally among the players
- Determined by customer loyalty
- Captured by the player possessing the largest market share of the industry
*d. Distributed amongst the various players involved in no certain way
- If a strong system of appropriability exists, the innovator:
@Pages and References: Pages 262-269
- Cannot capture a significant portion of the created value
- Cannot acquire the property rights of its innovation
*c. Can capture a significant portion of the created value
- Should try to sell its innovation to a large firm
- To determine the amount of the value created between players appropriated by the innovator, 4 factors are critical:
@Pages and References: Pages 262-269
- Complementary resources, tacitness and complexity of technology, corporate culture, and HR management
*b. Property rights, tacitness and complexity of technology, lead-time, and complementary resources
- Tacitness and complexity of technology, lead-time, excellence of top management teams, and luck
- Lead-time, complementary resources, relative bargaining power, and structure of the industry
- The chief examples of property rights concerning innovations are:
@Pages and References: Pages 264-265
*a. Copyrights, patents, and trademarks
- Patents, goodwill, and trademarks
- Know-how, skills, and trade secrets
- Trademarks, copyrights, and tangible assets
- The effectiveness of the different laws used to protect property rights depends on:
@Pages and References: Pages 264-265
- The country in which a firm wants to protect its property rights
- The role of specialized state agencies in that protection
- The state of the economy
*d. The type of innovation that is being protected
- The extent to which an innovation can be imitated by a competitor depends on:
@Pages and References: Page 265
- Whether the competitors’ experts are as clever as our experts
- Whether a competitor can get a photocopy of the patent details
- How ruthless the competitor is
*d. How possible it is for the competitors’ experts to comprehend, codify and replicate the technology
- Complexity of technology relates to lead-time to catch up because:
@Pages and References: Pages 265-266
- The more complex the design and technology, the longer it will take to replicate
- Complex products tend to be subject to a long lead-time for delivery
- It takes even experts a long time to understand complex theory
- Competitors are reluctant to get involved in complex issues, if they know they’re complex
- Lead-time in this context refers to:
@Pages and References: Pages 265-266
- The period of time during which a firm is the leader of an industry
- The period of time it takes for equipment to arrive after it’s been ordered
*c. The time it takes a follower to catch up
- The time it takes for a competitor to realise you’ve done something innovative
- Complementary resources include:
@Pages and References: Pages 266-267
- Ancillary products
- Give-away promotional products such as free pens, mouse mats etc.
- Bundled products. For example, for a PC, what software is included in the package
*d. Financial, production, sales and marketing resources needed to gain market success
- If complementary resources eg production and logistics are outsourced, then the level of profit accruing to the innovator:
@Pages and References: Pages 266-267
- Depends on how reliable the outsource companies are
- Depends on how commercially aggressive the innovator is
*c. Depends on how non-specialised the outsourced functions can be
- Depends on a good contracts negotiator, preferably a lawyer
- A patent is usually the best protection for an innovation.
@Pages and References: Pages 272-273
- This statement is correct
- No one can confirm or disprove this statement
- It depends
*d. This statement is incorrect
- The main advantage of licensing as a strategy to exploit innovation is:
@Pages and References: Pages 269-275
*a. It requires little involvement in complementary resources by the innovator
- It’s a way to operate as a virtual company
- It saves on costs, so is vastly more profitable for the innovator
- It’s always successful and highly profitable
- Nowadays, it makes no sense for an innovator to do everything themselves because:
@Pages and References: Pages 269-275
- This is an outmoded way of operating
- It’s always cheaper to outsource
- The world is just too complex in the 21st century
*d. None of the above. It may make every sense
- The choice of a strategy to exploit innovation depends on two factors:
@Pages and References: Pages 269-275
- Luck and past experience in the industry
- Characteristics of the innovation and a firm’s financial resources
*c. Characteristics of the innovation and a firm’s resources and capabilities
- The nature of the innovation, and how large the firm is
- One huge potential problem with licensing is:
@Pages and References: Pages 269-275
- The licensee may seek to imitate the innovation themselves
*b. The innovator is wholly dependent on the licensee’s commitment and effectiveness
- The innovator cannot issue another licence
- The licensee may be a bad payer
- The determinants of the choice between a leader versus a follower strategy are:
@Pages and References: Pages 271-272
- The extent of protection of the innovation, the nature of the knowledge involved, and the potential to establish a standard
- The development cost of the innovation, the importance of complementary resources, and the shape of the economy
*c. The extent of protection of the innovation, the potential to establish a standard, and the importance of complementary resources
- The potential to establish a standard, the relative powers of the other players in the industry, and the development cost of the innovation
- When complementary resources are critical to the market success of an innovation:
@Pages and References: Pages 271-272
- The technical risks are relatively unimportant
- The costs and risks are amplified
- A larger firm with established complementary resources is better placed than a start-up
*d. Answers b and c
- Small start-up firms without complementary resources often forge ahead as first-movers anyway because:
@Pages and References: Pages 271-272
- They are naïve and foolhardy
*b. They often have no choice
- By definition they are risk-takers
- They are backed by huge amounts of venture capital funding
- Risk in emerging industries is created by the following factors:
@Pages and References: Pages 275-277
*a. Market and technological uncertainties
- Market and cost uncertainties
- Rivalry and political uncertainties
- Customer tastes and technology development costs
- Technological uncertainty means:
@Pages and References: Pages 275-277
- Uncertainty as to which technical standards will be adopted or emerge
- The uncertainty from it not being possible to predict how long it may take or even whether a technical problem will be solved
- The uncertainty of whether a rival is secretly developing the same technology more quickly
*d. All of the above
- Cooperation with lead users is:
@Pages and References: Pages 275-277
- A risk because they may imitate the innovation themselves
- A burden to costs and times the time of key people, so is best avoided unless they insist
*c. Essential in some cases to ensure development follows a path which customers actually want
- Useful because it makes the customer feel important
- The only way to cope with true uncertainty is:
@Pages and References: Pages 275-277
*a. To be flexible enough to quickly react to the unexpected
- Prepare multiple scenario plans
- To construct a computer model simulation
- To calculate all the risks and analyse the chances of success in a spreadsheet model
- Standards are important in an industry because:
Pages and References: Page 277
*a. They underpin interoperability (where relevant) and facilitate industry growth
- Every industry needs a market leader
- They are imposed by the government and have the force of law behind them
- Most industries cannot effectively function without standards
- Public versus private standards are respectively:
@Pages and References: Pages 277-279
- Standards set by public firms vs. standards established by privately-owned companies
- Standards established by governments vs. standards set by companies
*c. Standards available for all organizations and industry players versus standards owned by firms or individuals
- Free standards versus standards users have to pay for
- De facto standards suffer from the following weakness:
@Pages and References: Pages 277-279
- They are characterized by uncertainty
*b. They tend to emerge slowly and / or haphazardly
- They are characterized by high development costs
- Rivals may not accept them and fight against their adoption by the industry
- Network externalities exist when:
@Pages and References: Pages 279-281
- The value of a product for a customer lies in how many others he can connect to
*b. The value of a product for a customer depends significantly on the number of other users of the same product
- There are large benefits to other customers
- There are huge drawbacks for other customers
- A classic example of network externalities, illustrating that the value of a product is a direct function of the number of users, is:
@Pages and References: Pages 279-281
- Fashion items
- The automobile
*c. The telephone
- Public transport, such as the train
- Network externalities arise not just when users are linked on a network but also when:
@Pages and References: Pages 279-281
- Much value is gained from compatibility with associated ancillary products and services
- Downstream costs of switching from a failed alternative candidate standard are high
- There are clear price and availability advantages to buying the market leader’s product
*d. All of the above
- Regarding de facto standards, a “tipping point” is when:
@Pages and References: Pages 279-281
*a. A certain threshold of market share is reached, beyond which it just keeps rising irreversibly
- The market losers basically have to “tip” their excess product away
- It’s as though the market losers “tip” their market shares into the winners bag
- Customers finally realise who has the best product
- Where they exist, network externalities are critical phenomena because:
@Pages and References: Pages 279-281
*a. They create positive feedback which often leads to a winner-takes-all situation
- They create a winner-takes-all situation which is unfair from a competition standpoint
- Technological innovations tend to be resilient
- Governments are more and more concerned with supporting networks
- To win a standard war, a firm often needs to:
@Pages and References: Pages 281-284
- First identify the future standard and then assemble allies to win
*b. Share the value created by its technology with third parties
- Wait, and try to network and lobby the government authorities
- Increase marketing and advertising
- The difference between “evolutionary” and “revolutionary” standards strategies is:
@Pages and References: Pages 281-284
- Revolutionary strategies are more dramatic, and so more effective
*b. Evolutionary strategies maintain compatibility with what went before
- Revolutionary strategies are more likely to gain investor attention
- Revolutionary strategies show greater determination and commitment
- The essence to winning a standards war is:
@Pages and References: Pages 281-284
- Having the best technology
*b. Building a strong market presence, and some powerful allies – complementers and leading customers
- Owning the most intellectual property
- Simply being the first in the market
- Invention and innovation:
@Pages and References: Page 284
- Are closely related, so the same ingredients to success are required for both
*b. Are related – but invention requires creativity whereas innovation requires subsequent cross functional collaboration
- Are best performed by a single, integrated team
- Are a cultural phenomenon which must be inculcated into the entire workforce
- The inventing or innovation-initiating team should be managed:
@Pages and References: Page 284
- With the same discipline that any other company department is subject to
*b. In a way which is probably less restrictive or hierarchical than the rest of the company
- More strictly than other departments, to prevent creative people losing direction
- In accordance with a target-driven, methodical philosophy
- One problem with innovation in large, rigidly procedural firms is that:
@Pages and References: Page 284
*a. Innovation tends to be resisted
- Innovation is seen as unimportant
- There is less need to innovate
- None of the above; large firms are just as innovation-friendly as small ones
Chapter 7
Corporate Strategy
- Corporate strategy is concerned with ’where’ a firm competes (in which industries it competes), while business strategy is concerned with ‘how’ a firm competes in a specific industry.
@Pages and References: Pages 308-310
*a. T
- F
- Product scope, international scope, and vertical scope are part of corporate level strategy decisions.
@Pages and References: Pages 308-310
*a. T
- F
- “How profitable do we want to be?” is the starting-point of corporate strategy.
@Pages and References: Pages 313-315
- T
*b. F
- The most sensible corporate strategy is to expand the scope of activities the company is involved in over time.
@Pages and References: Pages 313-315
- T
*b. F
- Fifty years ago, vertical integration was a fashionable strategy, whereas nowadays the trend is towards de-integration.
@Pages and References: Pages 313-315
*a. T
- F
- The scope of which activities a firm chooses to conduct is largely a matter of transaction costs, economies of scope and the cost of corporate complexity.
@Pages and References: Pages 313-315
*a. T
- F
- “Economies of scope” is a more modern expression to replace the old-fashioned term “economies of scale”
@Pages and References: Pages 315-319
- T
*b. F
- An “economy of scope” is where a firm can spread the fixed cost of a common resource or a shared service across multiple products or activities.
@Pages and References: Pages 315-319
*a. T
- F
- “Brand extension” is also a way to achieve an “economy of scope”, by using a good reputation built around one product to help sell a different product or service.
@Pages and References: Pages 315-319
*a. T
- F
- If the transaction costs associated with buying in a product or service from the market costs more than the firm providing this internally, then the firm will outsource.
@Pages and References: Pages 315-319
- T
*b. F
- “The cost of corporate complexity” refers to the fact that firms have to pay managers of complex businesses more money.
@Pages and References: Pages 315-319
- T
*b. F
- There are 3 types of diversification; related, unrelated and concentric.
@Pages and References: Pages 324-333
- T
*b. F
- Whether a proposed diversification is related or not depends to some extent on judgement and context.
@Pages and References: Pages 324-333
*a. T
- F
- The usual justification for a diversification strategy is a combination of growth, spreading risk and creating extra value.
@Pages and References: Pages 325-329
*a. T
- F
- Cash-rich companies in low-growth, declining industries have to diversify to avoid having to pay huge costly dividends to shareholders.
@Pages and References: Pages 325-329
- T
*b. F
- A major argument against diversification is that it’s more efficient for shareholders to hold diversified share portfolios, than to invest in diversified companies
@Pages and References: Pages 325-329
*a. T
- F
- An argument in favour of diversified companies with a balance of cash-generating and cash-devouring businesses is that it is cheaper and easier to balance capital requirements internally than to source capital in the financial markets.
@Pages and References: Pages 325-329
*a. T
- F
- Michael Porter suggested that the main indicator that diversification would create value is if the chosen industry is attractive.
@Pages and References: Pages 329-313
- T
*b. F
- Michael Porter suggests that one test of whether a diversification makes sense is whether the managers will be better-off as a result.
@Pages and References: Pages 329-313
- T
*b. F
- Empirical research indicates there are diminishing profit returns for diversification beyond some threshold.
@Pages and References: Pages 331-332
*a. T
- F
- Highly diversified “conglomerate” firms have gone out of fashion in the past 30 years – except in emerging economies where they tend to dominate.
@Pages and References: Page 333
*a. T
- F
- Vertical integration secures a higher ratio of added-value to input-costs for a company.
@Pages and References: Page 333
*a. T
- F
- In the past 25 years, there has been a huge trend away from vertical integration towards de-integration, outsourcing, and focusing on core competences.
@Pages and References: Page 334
*a. T
- F
- High transaction-specific investment between two industrial process stages is more likely to lead to vertical integration of these processes.
@Pages and References: Pages 334-338
*a. T
- F
- Backward vertical integration gives a company far more power over the supplier. This is a type of high-powered incentive.
@Pages and References: Pages 334-338
- T
*b. F
- Where there is volatile, uncertain demand for a resource, it is more likely that this resource will be outsourced, but not in all cases.
@Pages and References: Page 338
*a. T
- F
- A major problem with vertical integration is that a downturn in the end-market affects the entire integrated value-chain, representing possible unacceptably high risk.
@Pages and References: Page 338
*a. T
- F
- An “arm’s length” customer-supplier relationship is one where there is no element of the relationship which distorts the market price for a transaction.
@Pages and References: Page 339
*a. T
- F
- A franchise agreement is an example of an arm’s length contract.
@Pages and References: Page 339
- T
*b. F
- In recent years there has been a trend away from arm’s length contracts towards long-term single-supplier contracts
@Pages and References: Pages 341-345
*a. T
- F
- Corporate strategy is concerned with:
@Pages and References: Pages 308-310
*a. Where a firm chooses to compete i.e. in which industries
- How a firm chooses to compete in a specific industry
- Why a firm chooses to compete or not
- Answers a and b
- Corporate strategy is concerned with:
@Pages and References: Pages 308-310
- The scope of a firm’s products
*b. The scope of a firm’s activities
- The scope of a firm’s structure and corporate governance system
- The firm’s geographical scope
- What is the difference between a firm’s geographical scope and its vertical scope?
@Pages and References: Pages 308-310
*a. The first describes the regions of the world where the firm is present and the second the stages of the industry value chain which the firm performs itself
- The first describes the number of countries and the second the number of horizontal businesses where the firm is present
- The two are highly inter-related
- It’s not always clear what the difference is
- The starting point for strategy is usually:
@Pages and References: Pages 313-315
*a. What business(es) are we in?
- How much profit do we want to make?
- Who are the customers?
- Should we be doing something else?
- As a firm progresses, it is invariably the case that it expands its scope:
@Pages and References: Pages 313-315
- In terms of its product, geographic and vertical scope
- In terms of its geographic and vertical scope
- In terms of its geographic and product scope
*d. This is not true. Some firms narrow some aspects of their scope, or voluntarily even break up
- The main concepts to determine the scope of a firm’s activities are:
@Pages and References: Page 315
- Economies of scope
- Transaction costs
- Corporate complexity
*d. All of the above
- Economies of scope and economies of scale both relate to lower average cost but:
@Pages and References: Pages 315-319
- Economies of scale refer to cost-advantage from higher volume of a single product
- Economies of scope refer to cost-advantage from spreading a common cost over multiple products
*c. Answers a and b
- None of the above
- The existence of economies of scope are likely to lead a company to:
@Pages and References: Pages 315-319
- Reduce the number of industries and/or products it’s directly involved in
*b. Expand the scope of its activities in some relevant way
- Create a brand
- Not worry too much about fixed costs
- Although economies of scope refer to spreading cost, this is not the case for brand extension:
@Pages and References: Pages 315-319
- Because a brand doesn’t cost anything – it’s an asset
- Because although the brand costs money, this does not appear in the accounts
- Because the brand is to do with the marketing department, not production cost
*d. It IS still true for brand extension, since creating and maintaining a brand does cost a lot e.g. in advertising
- A company in a mature industry which is good at cost-reduction is exhibiting:
@Pages and References: Pages 315-319
- Economy of scale through better use of fixed assets
*b. Potential for economy of scope based on organisational or managerial capability
- Potential for economy of scope based on intangible resources
- No potential for economy of scope
- Adam Smith, the famous economist, called the market mechanism:
@Pages and References: Pages 319-323
- A necessary evil
*b. The invisible hand
- The visible hand
- The iron fist in the velvet glove
- A significant determining factor on whether a firm conducts an activity internally is:
@Pages and References: Pages 319-323
*a. Whether the transaction costs of buying in the activity in the market exceed the administrative cost of doing it themselves
- Whether transaction costs in the market of buying in the activity exceed the administrative cost buying it in
- How reliable their workforce is, compared with an external supplier’s reliability
- None of the above
- Increased corporate complexity because of expanded scope is caused by:
@Pages and References: Pages 323-324
- The need for managers to understand a wider range of businesses
- The need for managers to operate differently to succeed in different businesses
- The extent of the linkages between the various businesses
*d. All of the above
- A strategy of unrelated diversification is:
@Pages and References: Page 324
- Always a mistake
- Likely to be less risky than related diversification
*c. Not always as unrelated as it may seem e.g. the businesses may share some common attributes which can be exploited
- Always the last resort
- The most often cited benefits of diversification are:
@Pages and References: Pages 325-329
*a. Growth, risk reduction and value creation
- Risk reduction and economies of scope
- Value creation and cost reduction
- Cash balancing and risk reduction
- The managers of firms in low-growth, cash-generative industries often opt for diversification because:
@Pages and References: Pages 325-329
- Shareholders expect managers to go for growth
*b. Low growth does not look good for managers with an eye on their next job
- Managers must do something positive
- They are often advised to do so by business consultants
- One common argument against diversification strategies is:
@Pages and References: Pages 325-329
- Managers do not have sufficient understanding of other industries
- Diversification is simply a poor strategy
*c. Shareholders can invest in other industries themselves, achieving risk-reduction more efficiently
- All of the above
- A major reason why managers are attracted to diversification is:
@Pages and References: Pages 325-329
- They believe that shareholders expect it of them, to show dynamism
- It sharpens their managerial skills
- Many managers are attracted to the extra complexity of diversification
*d. The experience may reduce risk, and secure their job; and if not it looks dynamic for securing their next job
- The primary source of value creation from diversification is likely to be:
@Pages and References: Pages 325-329
*a. The linkages or synergies between the businesses concerned
- Risk reduction through balancing of counter-cyclical businesses
- Getting a price reduction when purchasing common resource inputs
- Balancing of cash generation, reducing the need to obtain investment finance externally
- Gaining the advantage from economies of scope requires that:
@Pages and References: Pages 325-329
- A company must internally expand its scope
- A company must usually enter into a licence arrangement
- A company must usually acquire a company who is expert in an additional business
*d. The firm is be able to spread common cost somehow, either by performing the additional activity internally, or by licensing the resource
- An internal capital market occurs when:
@Pages and References: Pages 325-329
- A diversified company sets up a finance firm as one of its businesses
*b. Enough cash generated by one set of internal firms is used by other internal firms in need of cash
- A subsidiary starts a money-lending business, offering loans to other subsidiaries
- External sources of capital become too expensive
- A major problem associated with internal capital markets is:
@Pages and References: Pages 325-329
*a. Despite the cost-savings, poor investment decisions tend to be made
- They deny banks much-needed business
- They are illegal in some countries
- The money should have been given to shareholders as dividends
- An advantage of diversification is a better internal labour market because:
@Pages and References: Pages 325-329
- There’s a saving on advertising costs
- There’s no commission payable to the internal Human Resources department
*c. Employees can be transferred rather than hired / fired, and the firm knows these people well
- The firm does not need to invest so much in training new recruits
- Michael Porter’s “attractiveness test” means that a firm considering diversifying into another industry should:
@Pages and References: Pages 329-331
- See that the barriers to entry to that industry are low
*b. Be able to see a way to make superior profits in that industry
- Also consider how unattractive their existing industry is, by comparison
- See that some firms in that industry have left, leaving space for newcomers
- Of Michael Porter’s 3 tests of whether a proposed diversification will create value, the most important one is usually:
@Pages and References: Pages 329-331
- None. They are all equally important
- The “attractiveness” test
- The “cost of entry” test
*d. The “better-off” test
- Mergers and acquisitions are frequent. Diversifying into another industry this way:
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*a. Tends to be particularly unsuccessful
- Tends to be particularly quickly successful, hence the frequency of this method
- Is advisable, because it’s a relatively low-cost entry method
- Is preferred by shareholders, hence the frequency of this method
- Over the past 30 years, the tendency in the USA and Europe has been:
@Pages and References: Page 333
- A trend for highly diversified groups to dominate industries
*b. A trend for diversified firms to refocus and reduce their diversification
- Reduced opportunity for firms to further diversify
- A deliberate move to avoid copying the strategy of firms in emerging economies
- A firm becomes more vertically integrated when:
@Pages and References: Page 333
- It buys a direct competitor
- Its management and staff are better aligned
*c. It moves to own more stages of the value chain, either upstream or downstream of its core activity
- It owns only some activities on the upstream or supply-side of its foremost activity
- Outsourcing is a form of:
@Pages and References: Page 334
- Increased vertical integration
- Decreased horizontal integration
*c. De-integration or disaggregation
- Answers b and c
- The move over the past 25 years to refocus and de-integrate has not been universal; some industries have further vertically integrated:
@Pages and References: Page 334
- Because those industries are old-fashioned and behind-the-times
*b. Because in some industries the conditions favouring further vertical integration outweigh the benefits of focusing and outsourcing
- Because those industries have probably sought no advice from academics, or taken no notice of the advice
- Answers a and c
- A “technical economy” is:
@Pages and References: Pages 335-338
- A saving which is only theoretically feasible
*b. A cost-saving arising from the technicalities of performing integrated processes
- An economy based on technology
- One which is not worth the effort of gaining
- When a customer and a supplier choose to, or are technically obliged to, integrate their processes:
@Pages and References: Pages 335-338
- There can no longer be a market operating between them for the item concerned
- There can be an adversarial relationship as each tries to gain advantage
- There can be strategic benefit, so long as the partners try to jointly maximise their profit in the downstream market
*d. All of the above
- Large transaction-specific investments tend to lead to:
@Pages and References: Pages 335-338
- The firms failing, when an inevitable dispute occurs, and one holds the other to ransom
- The customer having to accept a higher price to pay for the investment
*c. Vertical integration of the processes involved
- Suppliers refusing to get involved with such unreasonable demands
- Once a firm buys its supplier in order to vertically integrate a process:
@Pages and References: Pages 335-338
*a. The lack of a market removes the high-powered incentive of market forces to keep costs low
- Costs are certainly lower because the firm now knows what profit the supplier was making
- The supplier will now offer a better service, since it’s owned by its customer
- It can close the purchasing department and save costs
- High powered-incentives and low-powered incentives respectively generally apply to:
@Pages and References: Pages 335-338
*a. Externally and internally sourced inputs
- Internally and externally sourced inputs
- Market and alliance sourced inputs
- Joint venture and alliance sourced inputs
- When increased flexibility is required:
@Pages and References: Pages 335-338
- It is always best to source inputs from the open market
- It is always best to integrate key inputs, to maintain full control
- It is best to operate with a mix of both options
*d. It depends very much on the circumstances whether it’s best to source from the market or vertically integrate
- One huge problem with vertical integration of activities with only one major sellable output is:
@Pages and References: Pages 335-338
- The company will be too large to manage efficiently
*b. The entire integrated value-chain is subject to the same single market risk
- Upstream stages are isolated from market forces
- It’s no longer possible to use external suppliers
- Vertical integration may afford flexibility in responding to uncertain demand when:
@Pages and References: Pages 335-338
- The firm has built a capability to respond speedily in a coordinated fashion
- The firm maintains spare capacity, and can bear spare capacity
- The market cannot respond as quickly, or capacity is unavailable
*d. All of the above
- Full vertical integration compounds risk because:
@Pages and References: Pages 335-338
- Top managers have a complete knowledge of the entire value chain
- The capital invested and the fixed costs are often much higher for a vertically integrated firm
- A decline in sales and profits in the end market affects all stages simultaneously
*d. Answers b and c
- To make a choice between vertical integration or external sourcing, which statement is true?
@Pages and References: Pages 335-338
*a. It depends on the specific factors prevailing
- Vertical integration is preferable in a technology-intensive industry
- Market sourcing is preferable when the industry is very fragmented
- Is simply a matter of managerial preference
- Which of these choices is NOT an example of a vertical relationship?
@Pages and References: Pages 339-341
- A franchise agreement
- An exclusive single-supplier agreement
*c. A long-term agreement with competitors to fix the market price for a commodity product
- A joint development group between a supplier and a customer
- A hybrid vertical relationship is one which:
@Pages and References: Pages 339-341
*a. Attempts to secure optimum benefits from close collaboration whilst preserving some form of market transaction
- Attempts a relationship where for some products the supplier is integrated, whereas for others it is a competitor
- Is similar to a virtual vertical relationship
- Is a combination of two or more vertical relationships
- There was a fashionable trend towards “virtual companies” in recent years, who make the largest profits in a value chain by co-ordinating all the other aspects. The risk with this plan is:
@Pages and References: Pages 339-345
- A virtual company has little control, so suppliers may collude to drive prices up
- Such a company may find it loses the ability to understand the industry it is in
- A group of suppliers and/or customers may decide to co-ordinate themselves, and isolate the virtual company
*d. Answers b and c
- Which of these is NOT a factor to be included in “industry attractiveness” in the GE/McKinsey Matrix:
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- Stage of industry life-cycle
- International or globalisation potential
- Entry and exit barriers
*d. Relative market share
- A major limitation of the BCG Growth-Share Matrix is:
@Pages and References: Page 346
- It’s only based on one variable to judge market attractiveness
- It’s only based on one variable to assess competitive strength
- It presumes a portfolio of businesses which have little synergy or mutual dependence
*d. All of the above
- A key message for corporate bosses is to recognise that diversification is:
@Pages and References: Pages 348-350
- Always very risky, so should only be attempted when there’s no other option
*b. Inherently risky, but at some stage necessary – so should be based on sound analysis
- Well-known to be primarily about empire building – so is to be discouraged
- Only works in emerging economies nowadays