Chapters 9, 10, & 11 Flashcards
Which one of the following methods predicts the amount by which the value of a firm will change if a project is accepted?
A. Net present value
B. Discounted payback
C. Internal rate of return
D. Profitability index
E. Payback
A. Net present value
The length of time a firm must wait to recoup the money it has invested in a project is called the:
A. internal return period.
B. payback period.
C. profitability period.
D. discounted cash period.
E. valuation period.
B. payback period.
The length of time a firm must wait to recoup, in present value terms, the money it has invested in a project is referred to as the:
A. net present value period.
B. internal return period.
C. payback period.
D. discounted profitability period.
E. discounted payback period.
E. discounted payback period.
The internal rate of return is defined as the:
A. maximum rate of return a firm expects to earn on a project.
B. rate of return a project will generate if the project is financed solely with internal funds.
C. discount rate that equates the net cash inflows of a project to zero.
D. discount rate which causes the net present value of a project to equal zero.
E. discount rate that causes the profitability index for a project to equal zero.
D. discount rate which causes the net present value of a project to equal zero.
The present value of an investment’s future cash flows divided by the initial cost of the investment is called the:
A. net present value.
B. internal rate of return.
C. average accounting return.
D. profitability index.
E. profile period.
D. profitability index.
A project that costs $21,500 today will generate cash flows of $7,700 per year for seven years. What is the project’s payback period?
A. 2.23 years
B. .36 years
C. 2.33 years
D. 2.79 years
E. 3.00 years
$21,500/$7,700=2.79 yrs
since it is $7,700 EVERY YEAR.
Guerilla Radio Broadcasting has a project available with the following cash flows :
Year Cash Flow
0 −$ 12,600
1 5,200
2 6,500
3 5,900
4 4,300
What is the payback period?
A. 2.15 years
B. 1.85 years
C. 2.39 years
D. 2.51 years
E. 3.00 years
A. 2.15 years
after yr 2 there is still $900 left, which is less than yr 3. To solve, take:
(900/5900) + 2 (the number of yrs to that point) = 2.15
Filter Corporation has a project available with the following cash flows:
Year Cash Flow
0 −$ 13,700
1 6,600
2 7,900
3 4,100
4 3,700
What is the project’s IRR?
A. 29.05%
B. 27.24%
C. 26.15%
D. 28.33%
E. 30.51%
C. 26.15%
use online calculator to solve
https://www.calculatestuff.com/financial/irr-calculator
POD has a project with the following cash flows:
Year Cash Flows
0 −$ 253,000
1 146,900
2 164,400
3 129,500
The required return is 8.2 percent. What is the profitability index for this project?
A. 1.246
B. .669
C. .836
D. 1.496
E. 1.371
D. 1.496
use excel spreadsheets to calculate
A company has a project available with the following cash flows:
Year Cash Flow
0 −$ 33,590
1 12,870
2 14,740
3 20,360
4 11,600
If the required return for the project is 8.9 percent, what is the project’s NPV?
A. $13,447.78
B. $25,980.00
C. $16,766.06
D. $14,670.30
E. $6,422.35
D. $14,670.30
using Net Present Value financial calculator online.
https://www.calculatorsoup.com/calculators/financial/net-present-value-calculator.php
or use excel spreadsheet
_________________budgeting is the decision-making process for accepting and rejecting projects.
capital
Net ______________ value is a measure of how much value is created or added today by undertaking an investment.
Present
A project should be __________ if its NPV is greater than zero.
accepted
rejected
delayed
accepted
The payback period rule ______ a project if it has a payback period that is less than or equal to a particular cutoff date.
suggests accepting
suggests rejecting
suggests accepting
Which capital budgeting decision method finds the present value of each cash flow before calculating a payback period?
Average accounting return
Discounted payback period
Payback period
Modified internal rate of return
Discounted payback period
Capital ______ is the decision-making process for accepting and rejecting projects.
budgeting
structure
relevance
spending
budgeting
Capital Corp is considering a project whose internal rate of return is 14%. If Capital’s required return is 14%, the project’s NPV is:
zero
negative
positive
zero
In capital budgeting, the net ______ determines the value of a project to the company.
present value
income
sales
future value
present value
The basic NPV investment rule is: (MULTIPLE ANSWERS)
accept a project if the NPV is greater than zero.
reject a project if its NPV is less than zero.
accept a project if the discount rate is above zero.
accept a project if the NPV is less than zero.
if the NPV is equal to zero, acceptance or rejection of the project is a matter of indifference
accept a project if the NPV is greater than zero.
reject a project if its NPV is less than zero.
if the NPV is equal to zero, acceptance or rejection of the project is a matter of indifference
The amount of time needed for the cash flows from an investment to pay for its initial cost is the _____ period.
payback
net present value
internal return
discounted payback
payback
The difference between a company’s future cash flows if it accepts a project and the company’s future cash flows if it does not accept the project is referred to as the project’s:
A. incremental cash flows.
B. internal cash flows.
C. external cash flows.
D. erosion effects.
E. financing cash flows.
A. incremental cash flows.
A project is expected to generate annual revenues of $128,900, with variable costs of $79,000, and fixed costs of $19,500. The annual depreciation is $4,550 and the tax rate is 21 percent. What is the annual operating cash flow?
A. $70,947
B. $51,447
C. $34,950
D. $24,972
E. $30,400
D. $24,972
Select the “tax shield approach)
OCF=(Sales-Costs)(1-T)+Depreciation x T
OCF = (128,900 - 79,000 - 19,500)(1-.21) + 4,550(.21)
(30,400)(.79) + 955.50
Bi-Lo Traders is considering a project that will produce sales of $55,150 and have costs of $31,100. Taxes will be $5,400 and the depreciation expense will be $3,325. An initial cash outlay of $2,550 is required for net working capital. What is the project’s operating cash flow?
A. $16,100
B. $12,775
C. $18,650
D. $21,975
E. $15,325
C. $18,650
Use Top-Down Approach
OCF=Sales-Costs-Taxes
OCF = 55,150 - 31,100 - 5,400
Scenario analysis is defined as the:
A. determination of the initial cash outlay required to implement a project.
B. determination of changes in NPV estimates when what-if questions are posed.
C. isolation of the effect that a single variable has on the NPV of a project.
D. separation of a project’s sunk costs from its opportunity costs.
E. analysis of the effects that a project’s terminal cash flows has on the project’s NPV.
B. determination of changes in NPV estimates when what-if questions are posed.
A project with a life of 9 years is expected to provide annual sales of $290,000 and costs of $197,000. The project will require an investment in equipment of $535,000, which will be depreciated on a straight-line method over the life of the project. You feel that both sales and costs are accurate to +/−10 percent. The tax rate is 21 percent. What is the annual operating cash flow for the best-case scenario?
A. $92,105
B. $70,401
C. $124,426
D. $91,656
E. $49,601
C. $124,426
Use Tax Shield Approach OCF = (Sales - Costs) (1 - T) + Depreciation x T
For BEST CASE scenario ADD 10% to expected annual sales (290,000 x 1.10) = 319,000
For WORST CASE scenario SUBTRACT 10% from costs (197,000 x .90) = 177,300
For Depreciation divide 535,000 by 9 yrs = 535,000/9 = 59,444.44
OCF = (319,000 - 177,300) (1 - .21) + 59,444.44(.21)
(141,700) (.79) + 12,483.33
A 6-year project is expected to provide annual sales of $165,000 with costs of $90,500. The equipment necessary for the project will cost $290,000 and will be depreciated on a straight-line method over the life of the project. You feel that both sales and costs are accurate to +/−15 percent. The tax rate is 21 percent. What is the annual operating cash flow for the worst-case scenario?
A. $38,728
B. $87,028
C. $64,463
D. $33,803
E. $21,705
A. $38,728
Use Tax Shield Approach OCF = (Sales - Costs) (1-T) + Depreciation x T
WORST CASE - SUBTRACT 15% from Sales (165,000 x .85) = 140,250
WORST CASE - ADD 15% to Costs (90,500 x 1.15) = 104,075
For Depreciation divide 290,000 by 6 yrs = 290,000/6 = 48,333.33
(140,250 - 104,075)(.79)+48,333.33(.21) =