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Multiple Choice
A) $16,351
B) $17,212
C) $18,118
D) $19,071
E) $20,075
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True/False
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Multiple Choice
A) $28,115
B) $28,836
C) $29,575
D) $30,333
E) $31,092
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True/False
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verified
Multiple Choice
A) An externality is a situation where a project would have an adverse effect on some other part of the firm's overall operations. If the project would have a favorable effect on other operations, then this is not an externality.
B) An example of an externality is a situation where a bank opens a new office, and that new office causes deposits in the bank's other offices to decline.
C) The NPV method automatically deals correctly with externalities, even if the externalities are not specifically identified, but the IRR method does not. This is another reason to favor the NPV.
D) Both the NPV and IRR methods deal correctly with externalities, even if the externalities are not specifically identified. However, the payback method does not.
E) Identifying an externality can never lead to an increase in the calculated NPV.
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True/False
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Multiple Choice
A) Since the building has been paid for, it can be used by another project with no additional cost. Therefore, it should not be reflected in the cash flows of the capital budgeting analysis for any new project.
B) If the building could be sold, then the after-tax proceeds that would be generated by any such sale should be charged as a cost to any new project that would use it.
C) This is an example of an externality, because the very existence of the building affects the cash flows for any new project that Rowell might consider.
D) Since the building was built in the past, its cost is a sunk cost and thus need not be considered when new projects are being evaluated, even if it would be used by those new projects.
E) If there is a mortgage loan on the building, then the interest on that loan would have to be charged to any new project that used the building.
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Multiple Choice
A) Adjusting the discount rate upward if the project is judged to have above-average risk.
B) Adjusting the discount rate upward if the project is judged to have below-average risk.
C) Reducing the NPV by 10% for risky projects.
D) Picking a risk factor equal to the average discount rate.
E) Ignoring risk because project risk cannot be measured accurately.
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True/False
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True/False
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True/False
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True/False
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Multiple Choice
A) $23,852
B) $25,045
C) $26,297
D) $27,612
E) $28,993
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Multiple Choice
A) Using some of the firm's high-quality factory floor space that is currently unused to produce the proposed new product. This space could be used for other products if it is not used for the project under consideration.
B) Revenues from an existing product would be lost as a result of customers switching to the new product.
C) Shipping and installation costs associated with a machine that would be used to produce the new product.
D) The cost of a study relating to the market for the new product that was completed last year. The results of this research were positive, and they led to the tentative decision to go ahead with the new product. The cost of the research was incurred and expensed for tax purposes last year.
E) It is learned that land the company owns and would use for the new project, if it is accepted, could be sold to another firm.
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Multiple Choice
A) $15,925
B) $16,764
C) $17,646
D) $18,528
E) $19,455
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Multiple Choice
A) Since depreciation is not a cash expense, and since cash flows and not accounting income are the relevant input, depreciation plays no role in capital budgeting.
B) Under current laws and regulations, corporations must use straight-line depreciation for all assets whose lives are 3 years or longer.
C) If they use accelerated depreciation, firms will write off assets slower than they would under straight-line depreciation, and as a result projects' forecasted NPVs are normally lower than they would be if straight-line depreciation were required for tax purposes.
D) If they use accelerated depreciation, firms can write off assets faster than they could under straight-line depreciation, and as a result projects' forecasted NPVs are normally lower than they would be if straight-line depreciation were required for tax purposes.
E) If they use accelerated depreciation, firms can write off assets faster than they could under straight-line depreciation, and as a result projects' forecasted NPVs are normally higher than they would be if straight-line depreciation were required for tax purposes.
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True/False
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True/False
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True/False
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