A) One defect of the IRR method versus the NPV is that the IRR does not take account of the time value of money.
B) One defect of the IRR method versus the NPV is that the IRR does not take account of the cost of capital.
C) One defect of the IRR method versus the NPV is that the IRR values a dollar received today the same as a dollar that will not be received until sometime in the future.
D) One defect of the IRR method versus the NPV is that the IRR does not take proper account of differences in the sizes of projects.
E) One defect of the IRR method versus the NPV is that the IRR does not take account of cash flows over a project's full life.
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True/False
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Multiple Choice
A) 1.61 years
B) 1.79 years
C) 1.99 years
D) 2.22 years
E) 2.44 years
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Multiple Choice
A) $105.89
B) $111.47
C) $117.33
D) $123.51
E) $130.01
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Multiple Choice
A) A project's NPV increases as the cost of capital declines.
B) A project's MIRR is unaffected by changes in the cost of capital.
C) A project's regular payback increases as the cost of capital declines.
D) A project's discounted payback increases as the cost of capital declines.
E) A project's IRR increases as the cost of capital declines.
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Multiple Choice
A) $138.10
B) $149.21
C) $160.31
D) $171.42
E) $182.52
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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) The higher the cost of capital used to calculate the NPV, the lower the calculated NPV will be.
B) If a project's NPV is greater than zero, then its IRR must be less than the cost of capital.
C) If a project's NPV is greater than zero, then its IRR must be less than zero.
D) The NPVs of relatively risky projects should be found using relatively low costs of capital.
E) A project's NPV is generally found by compounding the cash inflows at the cost of capital to find the terminal value (TV) , then discounting the TV at the IRR to find its PV.
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Multiple Choice
A) If Project S has a positive NPV, Project L must also have a positive NPV.
B) If the cost of capital falls, each project's IRR will increase.
C) If the cost of capital increases, each project's IRR will decrease.
D) If Projects S and L have the same NPV at the current cost of capital, 10%, then Project L, the one with the lower IRR, would have a higher NPV if the cost of capital used to evaluate the projects declined.
E) Project S must have a higher NPV than Project L.
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True/False
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Multiple Choice
A) 2.31 years
B) 2.56 years
C) 2.85 years
D) 3.16 years
E) 3.52 years
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Multiple Choice
A) The discounted payback method eliminates all of the problems associated with the payback method.
B) When evaluating independent projects, the NPV and IRR methods often yield conflicting results regarding a project's acceptability.
C) To find the MIRR, we discount the TV at the IRR.
D) A project's NPV profile must intersect the X-axis at the project's cost of capital.
E) The IRR method appeals to some managers because it gives an estimate of the rate of return on projects rather than a dollar amount, which the NPV method provides.
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Multiple Choice
A) Project L.
B) Both projects are equally sensitive to changes in the cost of capital since their NPVs are equal at all costs of capital.
C) Neither project is sensitive to changes in the discount rate, since both have NPV profiles that are horizontal.
D) The solution cannot be determined because the problem gives us no information that can be used to determine the projects' relative IRRs.
E) Project S.
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Multiple Choice
A) For mutually exclusive projects with normal cash flows, the NPV and MIRR methods can never conflict, but their results could conflict with the discounted payback and the regular IRR methods.
B) Multiple IRRs can exist, but not multiple MIRRs.This is one reason some people favor the MIRR over the regular IRR.
C) If a firm uses the discounted payback method with a required payback of 4 years, then it will accept more projects than if it used a regular payback of 4 years.
D) The percentage difference between the MIRR and the IRR is equal to the project's cost of capital.
E) The NPV, IRR, MIRR, and discounted payback (using a payback requirement of 3 years or less) methods always lead to the same accept/reject decisions for independent projects.
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True/False
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True/False
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Multiple Choice
A) 1.86 years
B) 2.07 years
C) 2.30 years
D) 2.53 years
E) 2.78 years
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Multiple Choice
A) If the cost of capital is 9%, Project A's NPV will be higher than Project B's.
B) If the cost of capital is 6%, Project B's NPV will be higher than Project A's.
C) If the cost of capital is greater than 14%, Project A's IRR will exceed Project B's.
D) If the cost of capital is 9%, Project B's NPV will be higher than Project A's.
E) If the cost of capital is 13%, Project A's NPV will be higher than Project B's.
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