CHAPTER 20 CAPITAL BUDGETING
QUESTIONS
20-1 The three major steps in capital budgeting decisions are: project identification and definition, evaluation and selection, and monitoring and review.
20-2 Firms make capital investments to improve efficiency and productivity and to expand into new territories or products with the ultimate objective of earning a higher profit. This interest in profit is enhanced by the fact that all firms regularly compute and report periodic net incomes and that reported periodic incomes often play important roles in performance evaluations. As a result, many firms focus on effects that capital investments may have on the periodic net income that will be reported when they consider capital investments.
Although net income is a measure on the outcome of a capital investment, overemphasizing the importance of net income can lead to erroneous capital investment decisions because of the requirement to conform with the generally accepted accounting principles when computing periodic net income which, among others, mandate the use of an accrual basis in all process. In contrast, capital investment decisions use cash flow data.
The periodicity reporting requirement and the arbitrary process involved in determining net income lessen the usefulness of net income as an objective criterion. A net income is the result of applying accounting methods the firm chose to use. With a different, yet equally acceptable, accounting method the net income of a period can be substantially different.
20-3 Cash inflows: Fees from patients Proceeds from disposal of equipment no longer needed Investment tax credits.
Cash outflows: Salary, wages, and benefits for additional professional medical staffs
including: Physicians Technicians Nurses Clerks
Operating expenses of the scanner such as: Utilities Supplies Maintenance expenses
Solutions Manual
20-4 After 20 years of operation, a chemical company needs to ensure that there is no residual effect on the environment before abandoning the factory. Restoration of the site to remove any environmental effect to the neighborhood the factory might have caused over the years is the most critical step the firm needs to take. Very likely it is also among the most expensive processes.
20-5 Direct cash effects in capital budgeting are immediate effects that cash receipts, cash payments, or cash commitments have on cash flows of the firm. Direct cash effects in acquiring a new factory can include: acquisition or construction cost of the factory building, purchase costs for machinery and equipment needed for the factory, working capital for additional materials, payrolls, and operating expenses, cash receipts from selling the products, proceeds from sales of the old factory, machinery, and equipment replaced.
20-6 Tax effects are the effect that a decision or transaction has on the tax liability of the firm. Tax effects of a decision to acquire a new factory include: decreases in taxes because of the depreciation expenses of the new factory increases in tax payments for gains or decreases in tax payments for losses
on disposal of the replaced factory, machinery, or equipment or the abandonment of the investment at the end of its useful life
increases in tax payments for gains from operations or decreases in tax payments for losses on operations
investment tax credit
20-7 A book value by itself is irrelevant in capital budgeting since it has no effect on cash flow. However, a capital budgeting decision often involves disposal of one or more assets the firm no longer needs. Book values of the disposed assets are the bases in determining gains or losses on disposals. These gains or losses affect the tax payment of the firm, which, in turn, affect the cash flows of the firm.
20-8 Among the limitations of the payback period technique are its failure to consider an investment project’s total profitability and the time value of money.
The present value payback period technique considers the time value of money. It fails, however, to consider an investment project’s total profitability.
20-9 The book rate of return of an investment is not likely to yield a true measure of return on the investment because it does not consider the time value of money and includes in its computation measures that are results of the arbitrarily selected accounting procedures the firm chooses to follow.
The internal rate of return may not be a true measure of return on investment either, because it implies that all cash inflows from the investment have the same rate of return over the project’s entire useful years.
Blocher, Chen, Cokins, Lin: Cost Management, 3e 2 ©The McGraw-Hill Companies, Inc., 2005
20-10 The decision criterion for the NPV method is the amount and direction of the net present value. A capital investment with a positive NPV is deemed a good investment. Furthermore, a higher NPV signals a better capital investment.
The IRR method uses a different decision criterion for evaluating capital investments. The decision criterion is the desired rate of return for the investment project. A project is a good investment if the rate of return on the project exceeds the desired rate of return. The desired rate of return can be the cost of capital of the firm, opportunity cost of the fund, hurdle rate the firm has for its investments, or a rate that the firm sets for the investment.
20-11 DCF techniques such as NPV or IRR assess impacts on cash flows of an investment. The focus of the technique is on cash flows and might leave out other important factors relevant to a capital investment such as effects of the investment on the firm’s strategic position, competitive advantage, community in which the firm locates or serves, or relationships with unions.
20-12 A sound capital investment decision needs to consider both quantitative and qualitative factors. Unfortunately, qualitative factors often are difficult or impossible to quantify. Decision-makers may leave out the impacts of non-quantitative factors in investment decisions because there are no numbers attached to these factors.
Among cost-benefit features that are often left out are effects on strategic position, competitive advantage of the firm, community, environment, and relationships with unions.
20-13 All investments require careful analyses and evaluations. Availability of funds for investment is but one factor in a capital investment decision. With unlimited funds available at 10 percent cost, the firm needs to ensure that its investment will earn a return on investments of at least 10 percent, the investment is part of the firm’s strategic plan, and that the firm has the requisite knowledge and time to manage the investment well.
With limited funds available for investment, the firm also needs to compare relative returns of competing investment opportunities, strategic direction of the firm, additional demands on management’s time, impacts on community, among others.
20-14 Among important behavioral factors that might affect capital investment decisions are: Desires of managers to grow through acquisitions and new investments. Tendency to escalate commitments Effects of prospects on capital investment decisions. Propensity of not wanting to spend additional time and effort needed to
secure capital investments. Intolerance of uncertainty.
Solutions Manual
20-15 NPV method and IRR method may yield conflicting results when two investment projects differ in: size of initial investment timing of net cash inflows pattern of net cash inflow length of useful life
20-16 The size of initial investment has no effect on the rate of return as determined using the IRR method. A project with a larger initial investment, however, will most likely have a higher NPV than a project with a smaller initial investment and often becomes the preferred investment when using a NPV method to analyzing capital investments.
20-17 The net present value method weighs early net cash inflows heavier than late net cash inflows in at least two ways. First, amounts of discount applied to early net cash inflows are less than those of late net cash inflows. Thus, one dollar to be received in the first year increases the net present value of the investment project more than that of one dollar to be received in, say, the fifth years. Second, each dollar earns additional returns in each of the subsequent periods. Thus, an early dollar earns returns over a longer period of time than that of a late dollar.
20-18 Depreciation expenses affect capital investment decisions in two ways:1. Depreciation expenses decrease periodic net incomes from investment and,
thereby, reduce tax payments.2. Depreciation expenses decrease the book value of the investment and, as a
result, increase the gain or decrease the loss from the disposal of the investment which, in turn, affect the tax liability at the time the firm disposes of the investment.
20-19 The desired rate of return of a firm may change from one year to the next because of changes in, among others:1. investment opportunities available to the firm,2. bank or loan interest rates,3. market situation,4. priority of the firm.
20-20 a. The firm can expect to earn a higher return than the cost of funds needed for the investment if the internal rate of return is 11 percent and the cost of capital is 10%.
b. A capital project that has a net present value of $148,000 computed based on 10 percent discount rate indicates that the investment will earn the firm a return of $148,000 above the required 10 percent return on the investment.
Blocher, Chen, Cokins, Lin: Cost Management, 3e 4 ©The McGraw-Hill Companies, Inc., 2005
20-21 A firm that chooses to build often faces many uncertainties, uses evolving technologies, and traverses in environments that are not familiar to management and can change rapidly. Capital budgeting processes in these firms are often less formal, rely less on formal analyses, use more nonfinancial and nonquantifiable data such as market share potential and competitors’ actions, and apply subjective criteria in evaluating capital investment projects. These firms are likely to require long payback periods or use a low hurdle rate.
In contrast, a firm that chooses to harvest is more likely to be in a mature market. As a result, its capital budgeting processes are more likely to be formalized. Most data needed for capital investment decisions are quantifiable and financial in nature. Its required payback period tends to be short and the hurdle rate high.
20-22 1. Capital budgeting is a process of assessing projects that require commitments of large sums of funds and generate benefits stretching well into the future. Among uses of capital budgeting are assessments of purchasing new equipment, acquiring new facilities, developing and introducing new products, and expanding into new sales territories.
2. Differences between payback and net present value methods of capital budgeting include recognition of time value of money, decision criterion for selecting the best investment, and number of periods considered. The payback method ignores the time value of money and treats one dollar today as the same as one dollar in the future. These two methods also differ in their decision criteria. Using the payback period method, a superior investment is the one with a short or quick payback. The decision criterion of the net present value method is the amount of net present values. A superior investment is the one with the highest net present value. In addition, the payback period method considers only cash flows needed to recover the initial investment. Cash flows after the payback period are not included in evaluations of capital investments when using a payback period method. In contrast, a net present value method includes all cash flows.
3. The cost of capital of a firm is the weighted average of the cost of the funds that comprise the firm’s capital structure.
4. Financial accounting data often are not suitable for use in capital budgeting because: a. financial accounting uses accrual accounting in all of its measurements.
The net income of a period may include revenues not yet paid by customers and exclude payments made to suppliers for future deliveries. Receivables included in the revenues of the period are not available to the firm for payments. The amount of cash paid is no longer available for other payments, even though the payment is not an expense of the period.
b. financial accounting data often are not suitable also because of the need to use arbitrary accounting procedures in financial accounting data.
Solutions Manual
EXERCISES
20-23 EFFECTS ON CASH FLOWS (5 min)
a. $500,000 outflow at the time of payment. No effect on other
years.
b. Advertising expense: $50,000 x (1 - 20%) = $40,000
Depreciation expense: $30,000 x 20% = <6,000>
Net effect on cash outflow $34,000
Blocher, Chen, Cokins, Lin: Cost Management, 3e 6 ©The McGraw-Hill Companies, Inc., 2005
20-24 Basic Capital Budgeting Techniques (10 min)
a. Project A:
Or, 2 years and 10 months
Net Cumulativeb. Year Cash Inflow Net Cash Inflow
1 $ 500 $ 500 2 1,200 1,700 3 2,000 3,700 4 2,500
Project B: Payback period:
Or, 3 years and 7 months
c. Depreciation expense per year: $5,000 ÷ 5 = $1,000 Taxable income each year: $2,500 - $1,000 = $1,500
Income taxes each year: $1,500 x 25% = $375 Annual after-tax net cash inflow: $2,500 - $375 = $2,125
Project C Payback period:
Or, 2 years and 5 months
Solutions Manual
20-24 (Continued)
d. (a) Depreciation expense per year: ($5,000 - $500) ÷ 5 = $900Taxable income:
Sales $4,000 Expenses:
Cash expenditures $1,500Depreciation 900 2,400
Operating income before taxes $1,600Income taxes (25%) 400Net after taxes income $1,200Book rate of return = $1,200 $5,000 = 24%
(b) Average book value = ($5,000 + $500) 2 = $2,750Book rate of return = $1,200 $2,750 = 43.64%
e. Project A: $1,800 x 3.993 - $5,000 = $2,187
Project B:Year Net Cash Inflow 8% discount Factor Present Value
0 <$5,000> 1 $ 500 .926 463 2 1,200 .857 1,028 3 2,000 .794 1,588 4 2,500 .735 1,838 5 2,000 .681 1,362 Net Present Value $1,279
Project C: $2,125 x 3.993 - $5,000 = $3,485
Project D:Present value of cash inflows:
Year 1 through 4($1,200 + $900) x 3.312 =$6,955Year 5 (2,100 + $500) x 0.681 = 1,771
Present value of cash inflows $8,726Initial investment 5,000
Net present value $3,726
Blocher, Chen, Cokins, Lin: Cost Management, 3e 8 ©The McGraw-Hill Companies, Inc., 2005
20-25 Cost Of Capital (10 min)
a. Bond interest before taxes $5,000,000 x 9% = $450,000
Income taxes on bond interest $450,000 x 30% = 135,000
After-tax bond interest $315,000
Market value of bond: $5,000,000 x 110% = $5,500,000
After-tax cost of bond: $315,000 ÷ $5,500,000 = 5.73%
b. $3 ÷ $30 = 10%
c. Interest After-tax Weighted or Rate of Total Average
Dividend Expected Market Cost of Book Value Rate Return Value Weight Capital
Bond $5,000,000 9% 5.73% $ 5,500,000 0.275 1.58%Preferred Stock 5,000,000 10% 10.00% 6,000,000 0.300 3.00%Common Stock 500,000 20.00% 8,500,000 0.425 8.50%Total $10,500,000 $20,000,000 1.000 13.08%
Solutions Manual
20-26 Future And Present Values (5 min)
a. 1. The Excel function is FV (0.03, 600, 0, 24, 0)
The output is $1,209,333,448.
2. FV(.04, 600, 0, 24, 0) = $398,304,149,423
3. a. FV (0.015, 1200, 0, 24, 0) = $1,378,675,128
b. FV (0.02, 1200, 0, 24, 0) = $501,669,104,924
4. FV(.04, 12, 0, 9,500,000,000, 0) = $15,209,806,076
b. 1. $25.2 x 5.65 = $142.38 millions
2. $25.2 + $25.2 x 5.328 = $159.4656 millions
3. $25.2 x (1 – 45%) x 5.65 = $78.309 millions
Blocher, Chen, Cokins, Lin: Cost Management, 3e 10 ©The McGraw-Hill Companies, Inc., 2005
20-27 After-Tax Net Present Value And IRR (10 min)
a. 1. Net cash inflow each year: $62,000 - $30,000 = $32,000 Present value of net cash inflows = $32,000 x 3.17 = $101,440NPV = $101,440 - $60,000 = $41,440
2. Net cash inflow before depreciation $32,000Depreciation expense 15,000
Increase in net income before taxes $17,000Income taxes rate x 30%Income taxes $5,100
Net after-tax cash inflow = $32,000 - $5,100 = $26,900 per year
Present value of net cash inflows = $26,900 x 3.17 = $85,273NPV = $85,273 - $60,000 = $25,273
3. Double-declining balance depreciation Beginning Depreciation Accumulated Ending
Year Book Value Expense Depreciation Book Value0 $60,0001 $60,000 $30,000 $30,000 30,0002 30,000 15,000 45,000 15,0003 15,000 7,500 52,500 7,5004 7,500 7,500 60,000 0
Net 30% After-tax 10% Cash Depreciation Taxable Income Net Cash Discount Present
Year Inflow Expense Income Taxes Inflow Factor Value0 <$60,000>1 $32,000 $30,000 $ 2,000 $ 600 $31,400 0.909 28,5432 32,000 15,000 17,000 5,100 26,900 0.826 22,2193 32,000 7,500 24,500 7,350 24,650 0.751 18,5124 32,000 7,500 24,500 7,350 24,650 0.683 16,836
Net Present Value 26,110
Solutions Manual
20-27 (Continued-2)
b. 1. $60,000 = $32,000 x A?, 4
A?, 4 = 1.875, which has a rate of return greater than 30%.
2. $60,000 = $26,900 x A?, 4
A?, 4 = 2.230, which has a discount rate falls between
25% and 30%
Discount Rate Discount Factor
25% 25%2.362 2.362
? 2.230
30% 2.166
Difference 5% ? 0.196 0.132
Internal rate of return:
Blocher, Chen, Cokins, Lin: Cost Management, 3e 12 ©The McGraw-Hill Companies, Inc., 2005
20-28 Basic Capital Budgeting Techniques: Uniform Net cash inflows (10 min)
1. a. Payback period:
$500,000 $120,000 = 4.17 years, or 4 years and 2 months
b. Book rate of return:Effect of the investment on net income in each of the next 10
years:
Increase in net cash inflow $120,000Depreciation expense $500,000 10 = 50,000Increase in net income $ 70,000
(a) On initial investment: $70,000 $500,000 = 14%
(b) On average investment: Average investment: ($500,000 + 0) 2 = $250,000Book rate of return: $70,00 $250,000 = 28%
c. NPV:Present value of net cash inflows: $120,000 x 5.65 = $678,000
Initial investment <500,000> Net present value $178,000
Solutions Manual
20-28 (Continued-1)
d. Present value payback period:
Year Present Value of Net cash inflow
Cumulative Cash Flow
0<$500,000> <$500,000>
1 107,160 < 392,840>
2 95,640 < 297,200>3
85,440 < 211,760>
4 76,320 < 135,440>5
68,040 < 67,400>6
60,840 < 6,560>7
54,240 47,680
e. Internal rate of return: PV of net cash inflows
At 20%: $120,000 x 4.192 =$503,040
At 25%: $120,000 x 3.571 = 428,520
Difference in PV with 5% difference in discount rate $ 74,520
Blocher, Chen, Cokins, Lin: Cost Management, 3e 14 ©The McGraw-Hill Companies, Inc., 2005
20-28 (Continued-2)
2. Assume that you have typed in the desired rate of return, 0.12, in a1, the required total initial investment, -500,000, in a2, and the periodic cash inflows, 120,000 in a3 through a12 and the cursor is at a15,
Microsoft Excel: For NPV:Insert Function Financial NPV
= NPV(a1, a2:a12) = $158,952 (Notice this answer is off by $19,075. This discrepancy can be avoided if you use the following function instead)
Or, Insert Function Financial PV
= PV(a1, 10, a3) = $678,027and then determining the NPV by subtracting the initial
investment from the output,$678,027 - $500,000 = $178,027
Or, Insert Function Financial NPV= NPV(a1, a3:a13) = $678,027 (with 0 in Cell a13)
For IRR: Insert Function Financial IRR= IRR(a2:a12) = 20%
Quattro Pro: For NPV:Insert Function Financial-Annuity @PV
@PV (a3, a1, 10) = $678,027Determine the NPV by subtracting the initial investment,
$678,027 - $500,000 = $178,027
or, Insert Function Financial-Cash Flow @NETPV@NETPV (a1, a3.A12, A2) = $178,027
For IRR: Insert Function Financial- Annuity @IRATE@ IRATE (10, -120000, 500000, 0) = .2018
or, Insert Function Financial-Cash Flow @IRR@IRR (.1, a2.A12) = .2018
Solutions Manual
20-29 Basic Capital Budgeting Techniques: Uneven Net cash inflow with Taxes (40 min)1. a. Payback period:
Year Net CashInflow
Depreciation Expense
TaxableIncome
Saving or <Expense> on
Income Tax
Net After-tax Income <Loss>
Net After-tax CashInflow
Cumulative Net After-tax cash
inflow
0 <500,000> <500,000>
1 50,000 <50,000> 0 0 0 50,000 <450,000>
2 80,000 <50,000> 30,000 <9,000> 21,000 71,000 <379,000>
3 120,000 <50,000> 70,000 <21,000> 49,000 99,000 <280,000>
4 200,000 <50,000> 150,000 <45,000> 105,000 155,000 <125,000>
5 240,000 <50,000> 190,000 <57,000> 133,000 183,000 58,000
6 300,000 <50,000> 250,000 <75,000> 175,000 225,000
7 270,000 <50,000> 220,000 <66,000> 154,000 204,000
8 240,000 <50,000> 190,000 <57,000> 133,000 183,000
9 120,000 <50,000> 70,000 <21,000> 49,000 99,000
10 40,000 <50,000> <10,000> 3,000 <7,000> 43,000
Total <500,000> 1,160,000 <348,000> 812,000
Blocher, Chen, Cokins, Lin: Cost Management, 3e 16 ©The McGraw-Hill Companies, Inc., 2005
20-29 (Continued-1)
b. Average net income of the investment period: $812,000/10 = $81,200Book rate of return:a. On initial investment: $81,200/$500,000 = 16.24%b. On average investment:
Average investment: ($500,000 + 0)/2 = $250,000Book rate of return: $81,200/$250,000 = 32.48%
c. Net present value:
Year Net After-tax cash inflow
Discount Factor at 12%
Present Value of Net cash inflow
1 $50,000 0.893 $44,650
2 71,000 0.797 56,587
3 99,000 0.712 70,488
4 155,000 0.636 98,580
5 183,000 0.567 103,761
6 225,000 0.507 114,075
7 204,000 0.452 92,208
8 183,000 0.404 73,932
9 99,000 0.361 35,739
10 43,000 0.322 13,846
Total $703,866
NPV = $703,866 - $500,000 = $203,866
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20-29 (Continued-2)
d. Internal rate of return:
YearNet After-tax cash inflow
18% Discount Factor
PV of Net cash inflow at 18%
20% Discount Factor
PV of Net cash inflow
at 20%1
$50,000 0.847 $42,350 0.833 $41,6502
71,000 0.718 50,978 0.694 49,2743
99,000 0.609 60,291 0.579 57,3214
155,000 0.516 79,980 0.482 74,7105
183,000 0.437 79,971 0.402 73,5666
225,000 0.370 83,250 0.335 75,3757
204,000 0.314 64,056 0.279 56,9168
183,000 0.266 48,678 0.233 42,6399
99,000 0.225 22,275 0.194 19,20610
43,000 0.191 8,213 0.162 6,966Total
$540,042 $497,623
PV of net cash inflows at 18%: $540,042PV of net cash inflows at 20%: $497,623Difference in PV with 2% difference in discount rate $ 42,419
Internal rate of return =
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20-29 (Continued-3)2.
A B C D E F G
1 Year Net CashInflow
Depreciation Expense
TaxableIncome
Saving or <Expense> on
Income Tax
Net After-tax Income <Loss>
Net After-tax Cash
Inflow
2 0 <500,000>
3 1 50,000 <50,000> 0 0 0 50,000
4 2 80,000 <50,000> 30,000 <9,000> 21,000 71,000
5 3 120,000 <50,000> 70,000 <21,000> 49,000 99,000
6 4 200,000 <50,000> 150,000 <45,000> 105,000 155,000
7 5 240,000 <50,000> 190,000 <57,000> 133,000 183,000
8 6 300,000 <50,000> 250,000 <75,000> 175,000 225,000
9 7 270,000 <50,000> 220,000 <66,000> 154,000 204,000
10 8 240,000 <50,000> 190,000 <57,000> 133,000 183,000
11 9 120,000 <50,000> 70,000 <21,000> 49,000 99,000
12 10 40,000 <50,000> <10,000> 3,000 <7,000> 43,000
13 Total <500,000> 1,160,000 <348,000> 812,000
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20-29 (Continued-4)
2. NPV
Microsoft Excel:
Insert Function Financial NPV
= NPV(0.12, b2, f3:f12) = $181,948
(Notice this answer is off by $21,918. This discrepancy can
be mitigated if you add 0 to Cell f13, as shown below)
Or, Insert Function Financial NPV
= NPV(0.12, f3:f13) = $703,781
and then determining the NPV by subtracting the initial
investment from the output,
$703,781 - $500,000 = $203,781
For IRR: Insert Function Financial IRR
= IRR(f2:f12) = 20% (-500,000 in cell f2)
Quattro Pro:
For NPV:Insert Function Financial- Cash Flow @NPV
@NPV (.12, f3:f12, 1) = $203,781 (-500000 in f2)
For IRR: Insert Function Financial-Cash Flow @IRR
@IRR (.1, f2:f12) = .1988
Blocher, Chen, Cokins, Lin: Cost Management, 3e 20 ©The McGraw-Hill Companies, Inc., 2005
20-30 Basic Capital Budgeting Techniques: Uneven Net cash inflows with MACRS (40 min)1. Payback period:
YearNet Cash
Flow Return Depreciation Expense
TaxableIncome <Loss>
Income Tax Expense <Saving>
After-tax Net Income <Loss>
After-tax Net cash inflow
Cumulative After-tax Net cash inflow
0 <500,000> <500,000>
1 50,000 <100,000> <50,000> 15, 000 <35,000> 65,000 <435,000>
2 80,000 <160,000> <80,000> 24,000 <56,000> 104,000 <331,000>
3 120,000 <96,000> 24,000 <7,200> 16,800 112,800 <218,200>
4 200,000 <57,600> 142,400 <42,720> 99,680 157,280 < 60,920>
5 240,000 <57,600> 182,400 <54,720> 127,680 185,280 124,360
6 300,000 <28,800> 271,200 <81,360> 189,840 218,640
7 270,000 0 270,000 <81,000> 189,000 189,000
8 240,000 0 240,000 <72,000> 168,000 168,000
9 120,000 0 120,000 <36,000> 84,000 84,000
10 40,000 0 40,000 <12,000> 28,000 28,000
Total <500,000> 1,160,000 <348,000> 812,000 1,312,000
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20-30 (Continued-1)
2. Book rate of return:
Average net income per period: $812,000/10 = $81,200
Book rate of return:
a. On initial investment: $81,200/$500,000 = 16.24%
b. On average investment:
Computation of Average investment: Book Value
Year Beginning ofthe Year
Depreciation End ofthe Year
Average
1 $500,000 $100,000 $400,000 $450,000
2 400,000 160,000 240,000 320,000
3 240,000 96,000 144,000 192,000
4 144,000 57,600 86,400 115,200
5 86,400 57,600 28,800 57,600
6 28,800 28,800 0 14,400
7 0 0 0
8 0 0 0
9 0 0 0
10 0 0 0
Total $500,000 $1,149,200
Average investment: $1,149,200/10 = $114,920
Book rate of return: $81,200/$114,920 = 70.66%
Blocher, Chen, Cokins, Lin: Cost Management, 3e 22 ©The McGraw-Hill Companies, Inc., 2005
20-30 (Continued-2)
3. Net present value:
Year After-tax Net cash inflow
Discount Factor at 12%
PV of Net cash inflow
1 $65,000 0.893 $58,045
2 104,000 0.797 82,888
3 112,800 0.712 80,314
4 157,280 0.636 100,030
5 185,280 0.567 105,054
6 218,640 0.507 110,850
7 189,000 0.452 85,428
8 168,000 0.404 67,872
9 84,000 0.361 30,324
10 28,000 0.322 9,016
Total $729,821
NPV = $729,821 - $500,000 = $229,821
Solutions manual 23
20-30 (Continued-3)
4. Internal rate of return:
Year After-tax Net cash
Inflow
20% DiscountFactor
PV at 20%
22% DiscountFactor
PV at 22%
1 $ 65,000 0.833 $54,145 0.820 $53,300
2 104,000 0.694 72,176 0.672 69,888
3 112,800 0.579 65,311 0.551 62,153
4 157,280 0.482 75,809 0.451 70,933
5 185,280 0.402 74,483 0.370 68,554
6 218,640 0.335 73,244 0.303 66,248
7 189,000 0.279 52,731 0.249 47,061
8 168,000 0.233 39,144 0.204 34,272
9 84,000 0.194 16,296 0.167 14,028
10 28,000 0.162 4,536 0.137 3,836
Total $527,875 $490,273
PV of net cash inflows at 20%: $527,875
PV of net cash inflows at 22%: $490,273
Difference in PV with 2% difference in discount rate $ 37,602
Blocher, Chen, Cokins, Lin: Cost Management, 3e 24 ©The McGraw-Hill Companies, Inc., 2005
20-31 Straightforward Capital Budgeting with Taxes (5 min)
1. Depreciation per year: ($30,600 - $600) 6 = $5,000
Taxable income $8,000 - $5,000 = 3,000
Tax rate x 40%
Income taxes $1,200
Net after-tax annual cash inflow: $8,000 - $1,200 = $6,800
2. Payback period: $30,600 $5,000 = 6.12 years
3. PV of annual savings $5,000 x 4.623 = $23,115
PV of salvage value $600 x .63 = 378
Total $23,493
Initial investment 30,600
NPV <$7,107>
Solutions manual 25
20-32 Capital Budgeting with Tax and Sensitivity Analysis (10 min)
Annual after-tax net cash inflow:
Cash revenue $1,200 x (1 - 0.35) = $780
Tax saving on depreciation expense $600 x 0.35 = + 210
Total $990
1. Payback period:
2. Operating income in each of the 10 years:Sales $1,200
Depreciation 600
Operating income before taxes $ 600
Taxes 210
Operating income $ 390
3. $990 x 5.019 = $4,969
4. Required net after-tax annual cash inflow:
$6,000 5.019 = $1,195
Tax saving on depreciation expense - 210
Required net after-tax annual cash revenue $985
1 - tax rate 0.65
Before-tax annual cash revenue needed $1,515
Blocher, Chen, Cokins, Lin: Cost Management, 3e 26 ©The McGraw-Hill Companies, Inc., 2005
20-33 Basic Capital Budgeting (5 min)
1. $1,800 x 0.6 = $1,080
2. $12,500 x 0.6 x 3.17 = $23,775
3. $10,000 x 0.4 x 0.909 = $3,636
4. C
Solutions manual 27
PROBLEMS20-34Equipment Replacement (20 min)1. & 3.
Discount Present Cash Flows in ‘000 Factor Value 0 1 2 3 4 5 Overhaul AccuDrilOperating Cost1 <48> <48> <38.4> <38.4> <38.4>Overhaul cost <100>Tax savings on depreciation2 4 4 16 16 16 Other Expenses3 <57> <57> <57> <57> <57> Year 1 .893 <$90,193> <101> Year 2 .797 <160,197> <201> Year 3 .712 < 56,533> <79.4> Year 4 .636 < 50,498> <79.4>
Year 5 .567 < 45,020> <79.4> Total PV <$402,441>
Buy RoboDril 1010KEquipment Purchase4 1.000 <$240,000> <240>Operating Cost5 3.605 <86,520> <24> <24> <24> <24> <24> Tax saving on depreciation6 3.605 69,216 19.2 19.2 19.2 19.2 19.2 Other expenses7 3.605 <118,965> <33> <33> <33> <33> <33> Salvage value8 .567 17,010 30 Total PV <$359,259> <240> <37.8> <37.8> <37.8> <37.8> <7.8>
PV of the difference in cash flow between the alternatives $402,441 - $359,259 = $ 43,182 in favor of RoboDril
Blocher, Chen, Cokins, Lin: Cost Management, 3e 28 ©The McGraw-Hill Companies, Inc., 2005
20-34 (Continued-1)
1Years 1 and 2: $10 per hour x 8,000 hours x (1 - Tax Rate 40%) = $48,000 Years 3, 4, and 5: $48,000 x (1 - Improvement in efficiency 20%) = $38,400
2Years 1 and 2:Depreciation expense per year:(Original Cost $120,000 - Salvage Value $20,000) 10 = $10,000
Tax Rate x 0.40 Tax savings on depreciation $ 4,000
Years 3, 4, and 5: Book value before overhaul $ 20,000Overhaul cost 100,000
Total amount to be depreciated $120,000Number of years 3Depreciation expense per year $ 40,000Tax Rate x 40%
Tax savings on depreciation $ 16,000
3 $95,000 x (1 - Tax Rate 40%) = $57,000
4 Purchase price $250,000 Installation, testing, rearrangement, and training + 30,000 Subtotal $280,000 Trade-in allowance for AccuDril - 40,000
Net purchase cost $240,0005 $10 per hour x 4,000 hours x (1 - Tax Rate 40%) = $24,000
6 Depreciation expense per year $240,000 5 Years = $48,000 Tax Rate x 0.40 Tax savings on depreciation $19,200
7 $55,000 x (1 - Tax Rate 40%) = $33,000
8 $50,000 x (1 - Tax Rate 40%) = $30,000
Solutions manual 29
20-34 (Continued-2)
2. Cash Flow Difference in CumulativeYear AccuDril RoboDril Cash Flow Difference 0 $0 <$240,000> <$240,000> <$240,000>
1 <$101,000> <37,800> 63,200 <176,800>
2 <201,000> <37,800> 163,200 < 13,600>
3 <79,400> <37,800> 41,600
4. Among other factors that the firm should consider before the final
decision are:
Changes in technology for equipment
Changes in market, especially demand for the product and competitors
Reliability of the new machine and the expected effects of overhaul
Reliability of AccuDril and accuracy of the estimates given
Competitive strategy of the firm
Differences in product qualities manufactured by the two machines
Blocher, Chen, Cokins, Lin: Cost Management, 3e 30 ©The McGraw-Hill Companies, Inc., 2005
20-35 Sensitivity Analysis (30 min)
1. Difference in PV between the two alternatives: $43,182
PV discount factor for annuities from years 3 through 5:
2.402 x 0.797 = 1.914
or, 0.712 + 0.636 + 0.567 = 1.914
Additional annual after-tax savings needed from improvement in machine
efficiency to make the overhaul of AccruDril a financially more attractive
choice:
Before-tax,
For the replacement decision to be in error financially, the overhaul of
AccuDril X10 needs to improve the operating efficiency by at least 53%.
Solutions manual 31
20-35 (Continued-1)2.
Discount Present Cash Flows in '000 Factor Value 0 1 2 3 4 5 Overhaul in 2 yearsTax savings from depreciation 4 4 16 16 16Overhaul cost <100> .893 3,572 4 .797 <76,512> <96> .712 11,392 16 .636 10,176 16 .567 9,072 16PV of overhaul in 2 years <42,300>
Overhaul now and again in 2 yearsOverhaul cost <80> <30>Savings from Improved efficiency1 9.6 9.6Tax savings on depreciation2 24 24 4 4 4 1.000 <80,000> <80> .893 30,005 33.6 .797 2,869 3.6 .712 2,848 4 .636 2,544 4
.567 2,268 4 <39,466>
Difference in cost between the two alternatives: $42,300 - $39,466 = $2,834 It is better, financially, to overhaul now and again in 2 years.
Blocher, Chen, Cokins, Lin: Cost Management, 3e 32 ©The McGraw-Hill Companies, Inc., 2005
20-35 (Continued-2)
1Savings from the improved productivity
$10 per hour x 8,000 hours x 20% = $16,000
Taxes on the saving $16,000 x 40% tax rate = - 6,400
Net after Tax savings $9,600
2Years 1 and 2:
Book value at the time of overhaul: $10,000 x 2 + $20,000 = $ 40,000
Overhaul cost + 80,000
Total amount to be depreciated $120,000
Number of years 2
Depreciation expense per year $60,000
Tax Rate x 0.40
Tax savings on depreciation $24,000
Years 3, 4, and 5:
Overhaul cost $30,000
Number of years 3
Depreciation expense per year $10,000
Tax Rate x 0.40
Tax savings on depreciation $ 4,000
3. Although the cost difference between the two alternatives is only $2,834, which is less than 0.3% of the annual sales, the benefit from offering higher quality products two years earlier will most likely persuade the firm to undertake the overhaul two years early.
Solutions manual 33
20-36Comparison of Capital Budgeting Techniques (30 min)
1. Effects of the new equipment on net income: Sales $195 x 10,000 = $1,950,000
Cost of goods sold: Variable manufacturing costs $ 90 Fixed manufacturing costs: Additional fixed manufacturing overhead: $250,000 / 10,000 units = $25
Depreciation on new equipment: ($995,000 - $195,000) / 4 = $200,000/year $200,000 / 10,000 units per year = + 20 + 45
Manufacturing cost per unit $135Number of units x 10,000
Total cost of goods sold - 1,350,000
Gross margin $ 600,000Marketing and other expenses:
Variable marketing: Cost per unit $ 10 Number of units x 10,000 $100,000 Additional fixed marketing cost + 200,000 300,000 Net income before taxes $300,000
Income taxes - 90,000 Net income $210,000
The firm will increase its net income by $210,000 each year.
2. Each of Year 1 to 3 Year 4
Net income after taxes $210,000 $210,000Add: Depreciation expenses included in fixed costs
$20 x 10,000 = 200,000 200,000Cash inflow from disposal of equipment 195,000 Total cash inflow $410,000 $605,000
The new machine will increase cash inflows by $410,000 in each of the first three years and $605,000 in Year 4.
Blocher, Chen, Cokins, Lin: Cost Management, 3e 34 ©The McGraw-Hill Companies, Inc., 2005
Solutions manual 35
20-36 (Continued-1)
3.
4. Average investment = ($995,000 + $195,000)/2 = $595,000Average net income = $210,000Book rate of return = $210,000 / $595,000 = 35.29 percent
5. PV of net cash inflowsYear 1 through Year 3: $410,000 x 2.322 = $ 952,020Year 4: $605,000 x 0.592 = + 358,160
Total present value net cash inflows $1,310,180 Initial investment - 995,000
NPV $ 315,180
6. PV of cash flows at 25%:$410,000 x 1.952 + $605,000 x 0.410 $1,048,370
PV of cash flows at 30% $410,000 x 1.816 + $605,000 x 0.350 $ 956,310
Changes in PV of cash flows $ 92,060
7.a. The most decrease in after-tax net income per year withoutaffecting the decision $315,180 / 2.914 =$108,161Add: income taxes ($108,161 0.7) - $108,161 = + 46,354The most that variable cost per year can increase $154,515
Therefore, the variable cost per unit can increase by $154,515/10,000 = $15.45 per unit and the firm still will earn 14 percent on the investment.
b. The most that the unit selling price can decrease is $154,515 / 20,000 units = $7.73
Blocher, Chen, Cokins, Lin: Cost Management, 3e 36 ©The McGraw-Hill Companies, Inc., 2005
20-37Replacing a Small Machine: Capital Budgeting Techniques and Sensitivity Analysis (20 min)
1. Although the new machine has the capacity of turning out 18,000 units per year, the analysis should be based on 10,000 units per year because there is no demand for the last 8,000 units at present time. This is a mistake that students often make.
Year 0 Purchase price of the new machine <$100,000> Proceeds from disposal $3,000 Taxes on gains on disposal < 600> 2,400 Cash outflow <$97,600>
Year 1-4Operating cost using the current machine ($40,000 + 10,000 + 10,000) x 0.8 = $48,000Operating cost using the SP1000
($30,000 + 2,000 + 1,000) x 0.8 = 26,400Savings in operating cost with the new machine $21,600Savings in taxes on depreciation expense
Depreciation expense $100,000 5 = $20,000Tax rate x 20% 4,000
Net cash inflows in each of Years 1-4 $25,600
Year 5After-tax cash inflow from savings in operating costs $25,600After-tax cash inflow from disposed of the investment
$5,000 x 0.8 = 4,000 Total cash inflow in year 5 $29,600
2. PV of cash inflow in each of years 1-4: $25,600 x 3.465 = $ 88,704PV of cash inflow in year 5: $29,600 x 0.747 = 22,111
Total PV of cash inflow $110,815 Less: Initial investment < 97,600> NPV $ 13,215
3. Payback period = $97,600 $25,600 = 3.81 years
Solutions manual 37
20-37 (Continued-1)4. The discount factor needed: $97,600 $25,000 = 3.904
Interest Rate Discount Factor 8% 8% 3.993 3.993 ? 3.904 9% 3.890 1% ? 0.103 0.089
5. Cash Discount PV at Discount PV at Year Inflow factor at 10% 10% factor at 12% 12% 1 $20,000 0.909 $ 18,180 0.893 $17,860 2 22,000 0.826 18,172 0.797 17,534 3 25,000 0.751 18,775 0.712 17,800
4 30,000 0.683 20,490 0.636 19,0805 40,000 0.621 24,840 0.567 22,680
$100,457 $94,954
Interest Rate PV of Net cash inflows 10% 10% $100,457 $100,457 ? 97,600 12% 94,954 2% ? $5,503 $2,857
6. Allowable after-tax increase in cost $13,215 4.212 = $3,1371 - tax rate 0.8Allowable cost increase before taxes $3,922Number of units 10,000Allowable cost increase per unit $0.3922
Indifference point: $3.30 + 0.3922 = $3.6922 per unit
The purchase of SP1000 will most likely be a right decision as long as the management is confident that the estimated new variable cost will be within 12 percent of the estimated amount ($0.3922/$3.30).
20-38Capital Budgeting with Sum-of-the-Years-Digit Depreciation (15 min)
Blocher, Chen, Cokins, Lin: Cost Management, 3e 38 ©The McGraw-Hill Companies, Inc., 2005
After-tax net cash inflows Before Tax After Tax Cash Flow Depreciation Net Income Cash Flow
Year Return Expense Income Tax (24%) Return 1 $ 9,000 $15,000 <$6,000> <$1,440> $10,440
2 12,000 12,000 - 0 - - 0 - 12,000
3 15,000 9,000 6,000 1,440 13,560
4 9,000 6,000 3,000 720 8,280
5 8,000 3,000 5,000 1,200 6,800
$53,000 $45,000 $51,080
1. After Tax Cash Cumulative After Tax Year Flow Return Net cash inflow
0 <$45,000> <$45,000>
1 10,440 < 34,560>
2 12,000 < 22,560>
3 13,560 < 9,000>
4 8,280 < 720>
5 6,800
Solutions manual 39
20-38 (Continued)
2. After Tax Cash Discount Present Value of Cumulative Year Flow Return Factor (10%) After Tax Net cash inflow
1 $10,440 .909 $ 9,490
2 12,000 .826 9,912
3 13,560 .751 10,184
4 8,280 .683 5,655
5 6,800 .621 4,223
$39,464
NPV = $39,464 - $45,000 = <$5,536>
3. Net Cash PV Factor PV at PV Factor PV at Year Inflow At 6% 6% at 4% 4%
1 $10,440 0.943 $ 9,845 0.962 $10,043
2 12,000 0.890 10,680 0.925 11,100
3 13,560 0.840 11,390 0.889 12,055
4 8,280 0.792 6,558 0.855 7,079
5 6,800 0.747 5,080 0.822 5,590
$43,553 $45,867
Discount Rate PV of Net Cash Inflows
4% 4% $45,867 $45,867
? 45,000
6% 43,553
2% ? $ 2,314 $ 867
20-39Working Backward: Determine Initial Investment Based on Book
Blocher, Chen, Cokins, Lin: Cost Management, 3e 40 ©The McGraw-Hill Companies, Inc., 2005
Rate of Return (5 min)
Let Y = Cost of the new machineThen,
($6,750 – .1 Y) x 0.8 = 0.1Y
Initial investment = $30,000
Solutions manual 41
20-40 Determine Initial Investment Based on Internal Rate of Return (5 min)
Let C be the cost of the machine.
Then, [$20,000 - ($20,000 - C/6) x 0.20] x 4.355 = C
Cost of the machine, C = $81,513
Blocher, Chen, Cokins, Lin: Cost Management, 3e 42 ©The McGraw-Hill Companies, Inc., 2005
20-41 Determine Periodic Cash Flow Based on Book Rate of Return (5 min)
Let Y be the firm's after-tax operating income
y = $9,000
Operating income before taxes = $9,000 (1 - 0.25) = $12,000
Total cash inflow before taxes:
Solutions manual 43
20-42 Machine Replacement and Sensitivity Analysis Without Taxes (10 min)
Net additional cash outlay required for the new machine:
$8,000 - $3,000 = $5,000
1.a. Payback period: $5,000/750 = 6.67 years
b. Old New DifferenceDepreciation ($5,000 - $600)/11 ($8,000 - $400)/10
= $400 = $760 $360
Operating expense <750>
Difference in net income <$390>
Book value: Old New Year 0 $5,000 - $400 = $4,600 $8,000
Year 10 600 400
Average Investment (book Value) $2,600 $4,200
Incremental average investment on new machine = $4,200 - $2,600 = $1,600
c. NPV = $750 x 5.650 – ($8,000 - $3,000) - ($600 - $400) x 0.322
= $4,237.50 - $5,000 - $64.40 = <$826.90>
Blocher, Chen, Cokins, Lin: Cost Management, 3e 44 ©The McGraw-Hill Companies, Inc., 2005
20-42 (Continued)
d. Present value of net cash inflows at 7%:
$750 x 7.024 - $200 x 0.508 = $5,166
Present value of net cash inflows at 8% %:
$750 x 6.710 - $200 x 0.463 =
4,940
Difference $ 226
Internal rate of return:
2. No. Because NPV < 0 (NPV is -$826.90)
3. Let required saving = y.
5.650y - 200 x 0.322 = 5,000
5.65y = 5064.4
y = $896.35 Maximum required savings
Solutions manual 45
20-43 Value of Accelerated Depreciation (5 min)1. PV
Depreciation Method Difference Factor PV of Year SYD S-L Amount Tax Effect at 8% Tax Effect 1 $40,000 $25,000 $15,000 $6,000 .926 $ 5,556
2 30,000 25,000 5,000 2,000 .857 1,714
3 20,000 25,000 < 5,000> <2,000> .794 <1,588>
4 10,000 25,000 <15,000> <6,000> .735<4,410>
$100,000 $100,000 $1,272
2. PV Depreciation Method Difference Factor PV of
Year DD S-L Amount Tax Effect at 8% Tax Effect 1 $50,000 $25,000 $25,000 $10,000 .926 $9,260
2 25,000 25,000 - 0 - - 0 - .857 -0-
3 12,500 25,000 <12,500> <5,000> .794 < 3,970>
4 12,500 25,000 <12,500> <5,000> .735 <3,675>
$100,000 $100,000 $1,615
3. PV Depreciation Method Difference Factor PV of
Year DD S-L Amount Tax Effect at 8% Tax Effect 1 $33,330 $25,000 $8,330 $3,332 .926 $3,085
2 44,450 25,000 19,450 7,780 .857 6,667
3 14,810 25,000 <10,190> <4,076> .794 < 3,236 >
4 7,410 25,000 <17,590> <7,036> .735 <5,171 >
$100,000 $100,000 $1,345
Blocher, Chen, Cokins, Lin: Cost Management, 3e 46 ©The McGraw-Hill Companies, Inc., 2005
20-44 Capital Budgeting with Sensitivity Analysis (15 min)
1. Expected annual net cash inflows ($600,000 + $100,000) $700,000Income taxes at 30% 210,000
After-tax net cash inflows $490,000
Let P denotes the maximum price the buyer would be willing to pay:P = $490,000 x A.12, 8 + (P/8 x 0.3) x A.12, 8
P = $490,000 x 4.968 + P/8 x 0.3 x 4.968P = $2,434,320 + 0.1863P
0.8137P = $2,434,320 P = $2,991,668
2. Let S denotes the minimum price Meidi can accept S = $460,000 x A.10, 8 + (S - 800,000 - 0.05S) x 0.4 + 0.05SS = $460,000 x 5.335 + 0.38S - 320,000 + 0.05SS = $2,454,100 + 0.43S - $320,000
0.57S = $2,134,100S = $3,744,035
3. Year Depreciation Tax Effect PV Factor Present Value 1 .2 P .06 P 0.893 .05358 P 2 .32 P .096 P 0.797 .076512 P 3 .192 P .0576 P 0.712 .0410112P 4 .1152P .03456P 0.636 .0219801P 5 .1152P .03456P 0.567 .0195955P 6 .0576P .01728P 0.507 .0087609P
.2214397PP = $2,434,320 + .2214397P
.7785603P = $2,434,320P = $3,126,694
Solutions manual 47
20-45Cash Flow Analysis and NPV (15 min) PV CASH FLOWS IN YEAR (in '000)
Item & Description Factor PV 0 1 2 3 4 5 a.Foregone rent
($5,000 x 12 x 0.6) 3.433 <$123,588> <36> <36> <36> <36> <36>b. All are irrelevantc. Remodeling < 100,000> <100>
Depreciation 0.877 14,032 16 0.769 7,382 9.6 0.675 3,888 5.76 0.592 2,557 4.32 0.519 2,242 4.32
d. Investment in inventory and receivables < 600,000> <600> Recovery 0.519 311,400 600 e. Irrelevant f. Sales ($900 x 0.6) 3.433 1,853,820 540 540 540 540 540
Operating expenses ($500 x 0.6) 3.433 <1,029,900> <300> <300> <300> <300><300>
g.Sales Promotion ($100 x 0.6) < 60,000> < 60>h.Termination ($50 x 0.6) 0.519 < 15,570> < 30> NPV $ 266,263
2. The positive net present value $266,263, suggests that, compared to the leasing alternative it is financially advantageous to convert the facility into a factory outlet. The net present value from converting into the factory outlet is also better then the alternative of selling the warehouse for $200,000.
Blocher, Chen, Cokins, Lin: Cost Management, 3e 48 ©The McGraw-Hill Companies, Inc., 2005
20-46 Machine Replacement with Tax Considerations (15 min)
Present Value of Costs with the Original EquipmentPresent value of tax savings on depreciation: $2,500,000 4 x 0.45 x 2.577 = $724,781 Present value of operating costs: $1,800,000 x (1 - 0.45) x 2.577 = <2,551,230>Present value of salvage value:
$50,000 x (1 - 0.45) x 0.794 = 21,835 Present value of costs with the original equipment <$1,804,614>
Present value of the costs with the new machineInitial outlay
<$2,000,000>
Present value of tax savings on depreciation: Beginning Depreciation Tax Tax Discount Present
Year Book Value Expense Rate Saving Factor Value 1 $2,000,000 $1,333,333 x 0.45 = $600,000 x 0.926 = $ 555,600 2 666,667 444,445 x 0.45 = 200,000 x 0.857 = 171,400 3 222,223 222,223 x 0.45 = 100,000 x 0.794 = 79,400 Cash proceeds from sale of the old machine 300,000 Tax saving of loss on disposal of the old machine
($1,875,000 - $300,000) x 0.45 = 708,750Present value of operating costs
$1,000,000 x (1 - .45) x 2.577 = <1,417,350>Total cost at present value <$1,602,200>
Savings from using the new machine: $1,804,614 - $1,602,200 = $202,414
The total cost of the new machine, including the purchase cost and the operating cost in each of the three years, is $202,414 below the total cost of continuing with the original equipment. Financially purchase of the new machine is a good investment.
Solutions manual 49
20-47 Equipment Replacement (15 min)
1.a. Selling price $30.00Variables cost:
Direct materials $0.25 x 8 = $2.00Direct labor $8.00 x 2 = 16.00Indirect costs 0.30 18.30
Contribution margin per unit $11.70 b.
c. Current fixed costs $25,000
Increase in equipment depreciation:New equipment ($100,000 - $10,000) 10 = $9,000Current 2,000 7,000
Total fixed costs $32,000
Total overhead = $32,000 + $0.40 per unit x Units manufactured d.
e. Selling price $30.00Variables cost:
Direct materials $2.00Direct labor ($8 per hour x 1 hour) 8.00Indirect costs 0.40 10.40
Contribution margin per unit $19.60
Blocher, Chen, Cokins, Lin: Cost Management, 3e 50 ©The McGraw-Hill Companies, Inc., 2005
20-47 (Continued)
f. Purchase price $100,000Proceeds from selling the old saw $4,000Tax savings from loss on disposal:
Book value $20,000Selling price 4,000Loss on sales $16,000Tax rate 0.40 6,400 10,400Net additional investment required $89,600
g. Increase in contribution margin per unit$19.60 - 11.70 = $ 7.90
Number of units x 100,000Increase in total contribution margin before taxes $790,000Increase in income taxes ($790,000 x 40%) - 316,000Increase in total contribution margin after taxes $474,000Additional tax savings from depreciation $7,000 x 0.4 = 2,800Expected additional net cash inflow per year $476,800
2. With over forty percent of the households in the community having at least one member working for the firm, the firm is a major employer of the community. Unless alternative employment opportunities can be created, a fifty percent reduction in its workforce will definitely have a major impact on the economy of the community.
To remain competitive the firm needs to upgrade its equipment. However, the shareholders and the management should not be the only beneficiaries from the additional net cash inflows. Although the firm may be able to ease the pain of layoffs by not filling positions vacated through retirement or resignation, a reduction of one-half of its employment will definitely be a major blow to the community. The firm needs to use the additional net cash inflows to create new job opportunities for the labor force to be reduced.
Solutions manual 51
20-48 Equipment Replacement with MACRS (15 min)
1. Contribution margins of the additional units:Sales price per unit $3,500Current manufacturing cost - 2,450Current contribution margin per unit $1,050Additional saving with the new machine + 150Contribution margin per unit of the additional units $1,200
Net cash inflows:Present Discount
Item Description Value Factor 2007 2008 2009 2010 Purchase cost <$608,000>Installation <12,000>Net proceeds from disposing old 30,000 Contribution margin
Per unit $1,200 $1,200 $1,200 $1,200Additional units 30 50 50 70CM from additional
units (‘000) $ 36 $ 60 $ 60 $ 84Efficiency saving (‘000) 125 125 125 125Total increase in CM
before taxes (‘000) $161 $185 $185 $209Income taxes (‘000) 64.4 74 74 83.6Total after tax increase
In CM before depreciation (‘000) $96.60 $111 $111 $125.4
After tax proceeds from disposal ($80,000 x .6) 48
Tax saving from depreciation (‘000) 81.84 111.60 37.20 17.36
Total net cash inflow 153,815 .862 $178.44 165,392 .743 222.60 94,996 .641 148.20 105,300 .552 190.76
Net Present Value <$70,497>
VacuTech can expect to have a negative net present value of $70,497 if it purchases the new pump.
Blocher, Chen, Cokins, Lin: Cost Management, 3e 52 ©The McGraw-Hill Companies, Inc., 2005
20-48 (Continued)
2. Other factors the firm needs to consider include: Maintenance costs of the machines Reliability of the machines Changes and timing of newer machine Effects on production workers Learning effect on using the new machine Changes in market Competitors’ reaction
Solutions manual 53
20-49Joint Venture (5 min)
Present value of net cash inflows:
$900,000 x 0.8 x 4.192 = $3,018,240
Initial investment 3,000,000
NPV $ 18,240
Yes. The group can expect a positive NPV of $18,240.
Blocher, Chen, Cokins, Lin: Cost Management, 3e 54 ©The McGraw-Hill Companies, Inc., 2005
20-50 Risk and NPV (5 min)
1. PV at 12%: $275,000 x 6.194 = $1,703,350
Yes, because $1,703,350 > $1,500,000
2. PV at 16%: $275,000 x 5.197 = $1,429,175
No, because $1,429,175 < $1,500,000
3. Many firms raise discount rate in evaluating capital investments in view of uncertainties underlying the investment. This approach allows managers to factor in risks and uncertainties. The higher the risk or uncertainty a project has, the higher the discount rate.
However, managers should use a direct approach whenever possible in dealing with risk or uncertainty. For example, if a firm considers that revenues from an investment are likely to differ from the projected figures, the firm should adjust the projected revenues. If the expenses are likely to be higher, adjusting the projected expenses would allow the firm to be aware of the need for a higher amount of cash outflows. Using a direct approach whenever possible is better than simply using a higher discount rate.
Solutions manual 55
20-51Sensitivity Analysis (5 min)
1. 15 years: $600,000 x 6.142 = $3,685,200 Yes
12 years : $600,000 x 5.66 = $3,396,000 No
2. 600,000 x An, 14% = $3,500,000
Solving for An, 14% : An, 14% = 5.833
The discount factor at 14% for 13 years is 5.842
Therefore, the number of years needed for the Seattle facility to earn
at least a 14% return is approximately 13 years.
Blocher, Chen, Cokins, Lin: Cost Management, 3e 56 ©The McGraw-Hill Companies, Inc., 2005
20-52 Uneven Cash Flows (5 min)
Present value of net cash inflows:
Year 2 $1,000,000 x .797 = $ 797,000
Year 3 $1,000,000 x .712 = 712,000
Year 4 $2,500,000 x .636 = 1,590,000
Years 5-10 $3,000,000 x 4.111 x .567 = 6,992,811
Total present value of net cash inflows $10,091,811
Initial investment 15,000,000
NPV $<4,908,189>
Solutions manual 57
20-53 Environment Cost Management (20 min)1.Solvent System
Present Value Year 1 Year 2 Year 3 Year 4 Year 5 Year 6 Year 7 Year 8
Initial investment $400,000After-tax Operating cost
$228,000 $228,000 $228,000 $228,000 $228,000 $228,000 $228,000 $228,000Depreciation 40,000 72,000 57,600 46,080 36,880 29,480 26,200 26,200 Tax saving on depreciation
16,000 28,800 23,040 18,432 14,752 11,792 10,480 10,480
Net after-tax cost 212,000 199,200 204,960 209,568 213,248 216,208 217,520 217,520 Discount factor (12%) 0.893 0.797 0.712 0.636 0.567 0.507 0.452 Present value 1,191,075 189,316 158,762 145,932 133,285 120,912 109,617 98,319 87,878 Total cost $1,591,075
Powder SystemInitial investment $1,200,000After-tax Operating cost $240,000 $240,000 $240,000 $240,000 $240,000 $240,000 $240,000 $240,000Depreciation 120,000 216,000 172,800 138,240 110,640 88,440 78,600 78,600 Tax saving on depreciation
48,000 86,400 69,120 55,296 44,256 35,376 31,440 31,440
Net after-tax cost 192,000 153,600 170,880 184,704 195,744 204,624 208,560 208,560 Discount factor (12%) 0.893 0.797 0.712 0.636 0.567 0.507 0.452 PV 1,064,182 171,456 122,419 121,667 117,472 110,987 103,744 94,269 84,258 Total cost $2,264,182 Difference in total cost $673,107
Blocher, Chen, Cokins, Lin: Cost Management, 3e 58 ©The McGraw-Hill Companies, Inc., 2005
20-53 (Continued)2.
Units Unit Cost Total ost
Monthly pit cleaning 12 1,000 $ 12,000
Hazardous waste disposal 183 3,000 549,000
Superfund fee 18,690 0.17 3,177
Worker training 2 1,500 3,000
Insurance 1 10,000 10,000
Amortization of air-emission
permit
0.2 1,000 200
Air-emission fee 44.6 25 1,115
Record keeping 0.25 45,000 11,250
Wastewater treatment 1 50,000 50,000
Total annual environment cost $639,742
Tax saving 255,897
Net after-tax environment cost $383,845
Annuity factor (12%, 10 years) 5.650
PV of environment cost $2,168,724
Total saving in investment and operating cost 673,107 Present value of the increase in total cost $1,495,617
Solutions manual 59