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Topic 3: Investment Decision Rules
and Capital Budgeting
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Learning Outcomes
introduction to capital budgeting
investment decision rules
net present value (NPV) rule
payback rule internal rate of return (IRR) rule
choosing between projects with differences inscale
equivalent annual annuity (EAA) rule forevaluating projects with different lives
3 building blocks
payback period(soon is better)
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Learning Outcomes
capital budgeting decision
capital budgeting process incremental free cash flows
tax depreciation vs. accounting depreciation
(extra)
post audit or financial control
A positive incremental cash flow means that the
company's cash flow will increase with the acceptance
of the project.
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Introduction to Capital Budgeting
also known as project appraisal/analysis
investment decision from perspective of a firmwith focus on its mix of long-term assets
spending on long-term assets is known as capital
expenditures (CapEx) which are scare andvaluable resources of a firm
a firm is required to prepare a 3- to 5-year capital
budget on annual basis to project future capital
expenditures (long-term financial planning)
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Introduction to Capital Budgeting
issues to consider in capital budgeting
type of project: a project is any decision thatresults in using scare resources of a business
independent/stand-alone projects: .
mutually exclusive projects: .
cash flows to consider: relevant cash flows
what discount rate or cost of capital to use:weighed average cost of capital (WACC) (topic
7)
it is evaluated on its own basis
choose one among all
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Investment Decision Rules
with scarce and valuable capital for investment, a
firm has to find a consistent and reliable decision
rule for evaluating projects
net
present
value rulepayback
rule
internal
rate of
returnrule equivalent
annual
annuity rule
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Net Present Value Rule
net present value (NPV): difference betweenpresent value of an investment’s benefits (cash
inflows) and present value of its costs (cashoutflows)
application of valuation principle
estimate cash flows by a project
estimate discount rate or cost of capital
(reflecting and ) calculate present value of cash flows
NPV = present value of benefits – present
value of costs (in terms of cash flows)
(cost-benefit analysis)
time value of money, risk of the project
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Net Present Value Rule
decision rule
independent projects: .mutually exclusive projects: .
other issues
NPV profile: a graph of a project’s NPV over a
range of discount rates
internal rate of return (IRR): discount rate thatrenders NPV equal to zero (common mistake:
IRR is different from the IRR rule discussed
later)
undertake it if the NPV>0, +ve
choose the one with the highest NPV
given that it is > 0
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Net Present Value Rule
difference between IRR and cost of capital isthe amount of estimation error without altering
original decision (sensitivity analysis - atechnique used in project risk analysis)
advantages
correspond directly to impact of the project onfirm’s value
direct application of valuation principle
disadvantages
rely on accurate estimate of discount rate
can be time-consuming to compute
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Example: NPV Rule
Consider a stand-alone project with the followingfuture cash flows in the coming three years and
the discount rate is 10%. Should a firm acceptthe project under the NPV rule?
01 2 3
-$1,000 $500 $400 $250
year
project.therejecttoisdecisionthe0,NPVAs
95.26$
000,1$%)101(
250$%)101(
400$%101
500$NPV32
<
−=
−+
++
++
=
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Example: NPV Profile
($120)
($80)
($40)
$0
$40
$80
$120
$160
$200
0% 2% 4% 6% 8% 10% 12% 14% 16%
NPV
discount rate
IRR = 8.27%
region of acceptance:NPV > 0 when r < IRR
region of rejection:
NPV IRR
amount of estimation error ifcost of capital = 10%
set NPV=0, IRR= the discount rate
still positive
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Payback Rule
payback period: the amount of time required for
an investment to generate cash flows sufficient to
recover its initial investment
assume that cash flows are received evenly over
a year so as to consider a fraction of a year in thecalculation
decision rule
independent projects: .
mutually exclusive projects: .
undertake it if the payback period is < cut-off
period
choose the one with the shortest paybackperiod given that
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Payback Rule
advantages
simple to compute
favors liquidity
disadvantages
no guidance as to correct payback cutoff ignore cash flows after cutoff completely
ignore time value of money
biased against long-term projects such asresearch and development or new projects
not necessarily consistent with maximizingshareholder wealth
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Example: Payback Rule
Suppose that there are two mutually exclusiveprojects A and B with following future cash flows.
Which project be accepted under the paybackperiod rule?
0 1 2 3
-$2,000 $1,000 $1,500
-$2,000 $500 $1,000 $10,000
A
B
year
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Example: Payback Rule
assume that the firm receives the cash flowssmoothly over a year
A.projectaccepttoisdecisiontheperiod,paybackshorterthehasAprojectAs
years05.2000,10$
$1,000 -$500 -$2,0002payback(B)
years67.1500,1$
000,1$000,2$1)A(payback
=+=
=−
+=
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Discounted Payback Rule
discounted payback period: the amount of time
required for an investment to generate present
value of cash flows sufficient to recover its initial
investment
still subject to most disadvantages of paybackrule except considering time value of money
decision rule
independent projects: .
mutually exclusive projects: .
(solved)management sets a discounted payback cut-off period
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Example: Discounted Payback Rule
Suppose that there are two mutually exclusiveprojects A and B with following future cash flows.
Which project be accepted under the paybackperiod rule?
0 1 2 3
-$2,000 $1,000 $1,500
-$2,000 $500 $1,000 $10,000
A
B
year
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Example: Discounted Payback Rule
timeline of present value of discounted cashflows is as follows:
0 1 2 3
-$2,000 $909.09 $1,239.67
-$2,000 $454.55 $826.45 $7,513.15
A
B
year
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Internal Rate of Return Rule
internal rate of return (IRR): discount rate that
makes NPV of a project zero
decision rule
independent projects: .
mutually exclusive projects: .
notice: cut-off rate is usually set at cost of
capital
r>IRR
IRR higher
(or by management)
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Internal Rate of Return Rule
in many cases, NPV rule and IRR rule give thesame conclusion
however, due to some disadvantages of IRR rule,they may have conflicting conclusions
advantage
related to the NPV rule and usually yield thesame decision
disadvantages hard to compute
delayed investment (can be misleading if
inflows come before outflows)
NPV: time value of money
difficult to know the risk of the project
risk is related to the cost of capital
risk increase, cost of capital increase
midterm: no calculation of IRR
e.g. down payment,
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Internal Rate of Return Rule
multiple solutions lead to ambiguity (solution:
modified internal rate of return, MIRR – not
discussed)
incorrect decisions in comparing mutually
exclusive projects (ranking problem)difference in scale
difference in timing of cash flows (solution:
equivalent annual annuity, EAA)
Mutual Exclusive Projects
project year** not fair*
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Example: IRR Rule
Two mutually exclusive projects have thefollowing cash flow patterns. The cost of capital is
25%. Which project should be accepted under theIRR rule? Under the NPV rule?
0 1 2
-$200 $150 $150
-$200 $100 $200
A
B
year
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Example: IRR Rule
A.projectaccepttoisdecisiontheNPV(B),NPV(A)As
8$200$%)251(
200$
%251
100$)B(NPV
16$200$
%)251(
150$
%251
150$)A(NPV
A.projectaccepttoisdecisiontheIRR(B),IRR(A)As
%08.28)B(IRR;)]B(IRR1[
200$
)B(IRR1
100$200$
%87.31)A(IRR;)]A(IRR1[
150$
)A(IRR1
150$200$
2
2
2
2
>
=−+
++
=
=−
+
+
+
=
>
=+
++
=
=+
++
=
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Problem 1: Delayed Investment
Consider a project that you receive the paymentof $500,000 upfront in year 0. To get it done, you
have to incur costs of $150,000, $200,000 and$250,000 in years 1, 2 and 3 respectively. Giventhat the cost of capital is 6%, should the project
be accepted under the IRR rule?
0 1 2
$500K -$125K -$150K
year
-$175K
3
Cash inflow first!!!!!!
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Problem 1: Delayed Investment
project.rejecttoisdecisionthe0,NPVAs
K41.29$
K500$%)61(
K250$
%)61(
K200$
%61
K150$NPV
project.accepttoisdecisionthe,%6IRRAs
%90.8IRR )IRR1(
K250$
)IRR1(
K200$
IRR1
K150$K500$
32
32
<
−=
++
−+
−+
−=
>
=
+−
+−
+−=
still work for the NPV rule
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Problem 1: Delayed Investment
($100)
($80)
($60)
($40)
($20)
$0
$20
$40
$60
$80
0% 2% 4% 6% 8% 10% 12% 14% 16%
NPV
discount rate
IRR = 8.90%
region of acceptance:
NPV > 0 when r > IRR
region of rejection:NPV
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Problem 2: Multiple Solutions
Descartes’ rule of sign: whenever there is achange in sign in a polynomial, there is an
additional solution
Consider a project with the following cash flowpattern. The cost of capital is 12%.
0 1 2
-$75 $200 -$128
year
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Problem 2: Multiple Solutions
project.accepttoisdecisionthe,0NPVAs
53.1$75$%)121(
128$
%121
200$NPV
project.rejecttoisdecisionthe12%,6.67%As
project.accepttoisdecisionthe,%1260%As
60%or%67.6IRR
)IRR1(
128$
IRR1
200$75$
2
2
>
=−
+
−
+
=
<
>
=
+−
+=
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Problem 2: Multiple Solutions
($5)
($4)
($3)
($2)
($1)
$0
$1
$2
$3
$4
$5
0% 10% 20% 30% 40% 50% 60% 70% 80%
NPV
discount rate
IRR =
60%
cost of capital = 12%
IRR =
6.67%
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Problem 3: Differences in Scale
ranking of mutually exclusive projects can bedifferent between IRR and NPV due to difference
in scale (the size of initial investment) law of diminishing marginal return (what is it?)
Consider two mutually exclusive projects with thefollowing cash flow patterns both at a discountrate of 12%. Which project should be acceptedaccording to (1) the IRR rule; and (2) the NPV rule?
0 1 2 3
-$100 $45 $45
-$50 $23 $23
$45A
B
year
$23
keep all factors of production constant*
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Problem 3: Differences in Scale
A.projectaccepttoisdecisiontheNPV(B),NPV(A)As
24.5$50$%)121(
23$
%)121(
23$
%121
23$)B(NPV
08.8$100$%)121(
45$
%)121(
45$
%121
45$)A(NPV
B.projectaccepttoisdecisiontheIRR(B),IRR(A)As
%01.18)B(IRR;)]B(IRR1[
23$
)]B(IRR1[
23$
)B(IRR1
23$50$
%65.16)A(IRR;)]A(IRR1[
45$
)]A(IRR1[
45$
)A(IRR1
45$100$
32
32
32
32
>
=−+
++
++
=
=−+
++
++
=
<
=+
++
++
=
=+
++
++
=
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Problem 3: Differences in Scale
at a discount rate of 12%, NPV(A) of $8.08 >NPV(B) of $5.24 and the decision is to accept
project A IRR(B) of 18.01% > IRR(A) of 16.65% and the
decision is to accept project B
there is a conflict between the two investmentdecision rules and the problem lies on the factthat IRR does not reflect the project risk and
there is a difference in scale
cross-over rate: the discount rate makes the NPVof two mutually exclusive projects the same, e.g.15.28% in the example
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Problem 3: Differences in Scale
($10)
$0
$10
$20
$30
$40
0% 2% 4% 6% 8% 10% 12% 14% 16% 18% 20%
A B
NPV
discount rate
IRR(A) =
16.65%
cost of capital
= 12%
IRR(B) =
18.01%
NPV A = $8.08NPV(B) = $5.24
cross-over rate
= 15.28%
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Problem 4: Timing in Cash Flows
ranking of mutually exclusive projects can bedifferent between IRR and NPV due to different
timing in cash flows Consider two mutually exclusive projects with the
following cash flow patterns both at a discount
rate of 20%. Which project should be acceptedaccording to (1) the IRR rule; and (2) the NPV rule?
0 1 2 3
-$60 $50 $50
-$60 $90 $30
$50A
B
year
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Problem 4: Timing in Cash Flows
A.projectaccepttoisdecisiontheNPV(B),NPV(A)As
83.35$60$%)201(
30$
%201
90$)B(NPV
32.45$60$%)201(
50$
%)201(
50$
%201
50$)A(NPV
B.projectaccepttoisdecisiontheIRR(B),IRR(A)As
%08.78)B(IRR;)]B(IRR1[
30$
)B(IRR1
90$60$
%67.64)A(IRR;)]A(IRR1[
50$
)]A(IRR1[
50$
)A(IRR1
50$60$
2
32
2
32
>
=−+
++
=
=−+
++
++
=
<
=+
++
=
=+
++
++
=
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Problem 4: Timing in Cash Flows
at a discount rate of 20%, NPV(A) of $45.32 >NPV(B) of $35.83 and the decision is to accept
project A
IRR(B) of 78.08% > IRR(A) of 64.67% and thedecision is to accept project B
there is a conflict between the two investmentdecision rules and the problem lies on the factthat IRR does not reflect the project risk and
there is a difference in timing of cash flows
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Problem 4: Timing in Cash Flows
($20)
$0
$20
$40
$60
$80
$100
0% 20% 40% 60% 80% 100%
A B
NPV
discount rate
IRR(A) =
64.67%
cost of capital
= 20%
IRR(B) =
78.08%
NPV A = $45..32NPV(B) = $35.83
undertake A
undertake B
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Equivalent Annual Annuity Rule
equivalent annual annuity (EAA): level annual
cash flow that has same present value as cash
flows of a project
assume that project can be replicated
indefinitely and convert cash flows into anannual annuity
propose to deal with problem of differences in
timing of cash flows of mutually exclusiveprojects or projects with different lives
E i l A l A i R l
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Equivalent Annual Annuity Rule
decision rule
mutually exclusive projects: .
important considerations
required life: the life of a machine is more than
the years to use
replacement cost: a change in technology may
reduce the replacement cost in the future
higher Annuity
(machine life not equal to project life)
then use NPV*
E i l t A l A it R l
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Equivalent Annual Annuity Rule
0 1 2 N.....
-C0
year N-1N-2
C1 C2 CN-2 CN-1 CN
NPV
EAA EAA EAA EAA EAA
E l EAA R l
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Example: EAA Rule
Consider two machines A and B with unequaluseful lives and otherwise same capacity.
Machine A costs $9,000 and will last for 3 yearswhile machine B costs $8,000 and will last for 2years. The cost of capital is 6%.
0 1 2 3
-$9,000 $4,000 $4,000 $4,000
-$8,000 $5,000 $5,000
A
B
year
E l EAA R l
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Example: EAA Rule
AmachinebuytoisdecisiontheNPV(B),NPV(A)as
96.166,1$ %)61(
000,5$
%61
000,5$ -$8,000NPV(B)
$1,692.05
%)61(
000,4$
%)61(
000,4$
%61
000,4$000,9$)A(NPV
2
32
>
=
+
+
+
+=
=
++
++
++−=
however, the NPV rule is not applicable herebefore the two mutually exclusive projects have
different lives
E l EAA R l
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Example: EAA Rule
BmachinebuytoisdecisiontheEAA(A),EAA(B)as
50.636$)B(EAA
%)61(11*
%61*)B(EAA96.166,1$
02.633$)A(EAA%)61(
11*
%6
1*)A(EAA05.692,1$
2
3
>
=
+−=
=
+−=
both are perpetuity
Corporate Financial Planning
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Corporate Financial Planning
project future operating performance and
financial position of a firm (pro forma financial
statements/pro formas), formulate the way in
which financial goals are to be achieved (cash
and capital budgets) and establish guidelines for
change and growth in the firm (financial plan)
short-term financial planning (working capital
management) long-term financial planning (capital budgeting,
capital structure and dividend policy)
Corporate Financial Planning
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Corporate Financial Planning
current financial
position and past
operating
performance
pro-formas, cash
and capital
budgets, financial
plans
assumptions
implementation of
financial plans
actual results
analysis
control
financial
statements and
market dataplanning
feedback
Capital Budgeting Process
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Capital Budgeting Process
investment proposals generated from internal
staff or external consultants
initial screening of proposals
capital budgeting exercise: investment decision
rules and preparation of capital budget analysis of projects under consideration
working capital requirements
selection, approval and authorization
implementation of projects
post audit and feedback
change in working capital
Capital Budgeting Process with NPV
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Rule
estimate
discount rate
project cash
flows
determine NPV
NPV>?reject project0
keep recordspost audits
sale forecasts
and budgets
pro-forma
financialstatements
feedback
Steps in Evaluating a Project with NPV
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Rule
talk to sales people to forecast sales of project
talk to production and operations departments to
estimate expenses of project
estimate effects of project on asset requirements(and sources of financing it)
prepare pro-forma financial statements of projectto forecast incremental revenue, incrementalcosts, marginal tax rates, etc. through financialmodeling
estimate incremental free cash flows and theirtiming
Steps in Evaluating a Project with NPV
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Rule
estimate discount rate based on risk of project
(to be discussed in Cost of Capital)
calculate NPV
make decision
Cash Flows and Timing of a Project
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Cash Flows and Timing of a Project
initial outlay
purchase
equipment
initial development
cost
increase in working
capital
ongoing cash flows
incremental
revenue
incremental costs
taxes
change in net
working capital
terminal cash flows
decrease in net
working capital
shutdown costs
sale of equipment
(net of taxes)
Fundamentals of Capital Budgeting
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Fundamentals of Capital Budgeting
before-tax basis vs. after-tax basis
The operations manager of a firm forecaststhe future cash flows of a project on a before-tax basis and estimates the before-tax
discount rate. He discounts the before-taxfuture cash flows at the before-tax discountrate to calculate the NPV of the project
because he claims that tax implications willaffect the cash flows and discount rate at thesame time and hence they offset each other.
Do you agree?
Fundamentals of Capital Budgeting
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Fundamentals of Capital Budgeting
consistency in taking into account inflation
A project manager estimates a stream of even
operating cash flows over time for a project
and uses market information to estimate thediscount rate and calculate the NPV of the
project. What is the problem?
Fundamentals of Capital Budgeting
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Fundamentals of Capital Budgeting
incremental basis
A company has entered into a tenancyagreement with a factory owner to lease afactory at a specified monthly rental payment.
Now it considers to undertake a new projectthat will occupy part of the space in the factory.Should the pro rata rental payment of the
factory be included in calculating the NPV ofthe project?
Fundamentals of Capital Budgeting
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Fundamentals of Capital Budgeting
relevant cash flows
A firm carried out a pilot test, which cost
$300,000, to see whether a new product
would be accepted by consumers in themarket. Based on the test results, the firm
now wants to decide whether to have mass
production of the new product. Should the testcost be included as a cash outflow in capital
budgeting?
Fundamentals of Capital Budgeting
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Fundamentals of Capital Budgeting
A company owns a piece of land with a marketvalue of $50 million. It would like to make use
of the land for a project. Should the marketvalue of the land be included as a cash outflowin capital budgeting?
A company carries out a project and itproduces a by-product from the project, e.g.wood dust from producing timber. Should the
revenue of the by-product be included as acash inflow in capital budgeting?
Fundamentals of Capital Budgeting
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Fundamentals of Capital Budgeting
A company launches a new product. Somecustomers switch from the old product to the
new one, which results in a decline of the saleof the old product by $500,000. Should theforegone sales of the old product be considered
as a cash outflow in capital budgeting?A company launches a new product. After
buying the new product, some customers also
purchase some other items (cross selling).Should the increase in sale of the other itemsbe considered as a cash flow in capital
budgeting?
Fundamentals of Capital Budgeting
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p g g
flexibility
A company has the flexibility of opening a new
store now or in the future. Is this flexibility likely
to increase, decrease or have no effect on the
NPV of the project of opening a new store?
A company has the flexibility of terminating a
project in the future given that its performance
is poor. Is this flexibility likely to increase,decrease or have no effect on the NPV of the
project?
After-Tax Basis
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revenue arising from a project is taxable and taxpayment is a cash outflow
expenses incurred in a project are usually taxdeductible and tax saving is a cash inflow
in other words, have to consider the after-tax
cash flows and discount them at the after-taxdiscount rate
if a firm uses different accounting methods in
preparing the financial statements (financialreporting –income before tax) and the tax return(tax reporting – taxable income), which is more
relevant in capital budgeting?
Consistency in Considering Inflation
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y g
in principle, inflation is not an issue as long as itis with consistent treatment
discount nominal cash flows at nominaldiscount rate
discount real cash flows at real discount rate
in practice, which is better?
Fisher equation
(1+nominal discount rate) = (1+real discountrate)*(1+expected inflation rate)
nominal cash flows = real cash
flows*(1+expected inflation rate)
Incremental Basis
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in capital budgeting, consider cash flows on anincremental basis, i.e. the difference between
with a project and without a project or anychanges in future cash flows as a consequence oftaking a project
if a cash flow occurs regardless whether a firmtakes a project or not, it is not incremental andhence should not affect its capital budgeting
decision a firm should only take into account incremental
cash flows
Incremental Basis
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standalone principle: the assumption thatevaluation of a project may be based on the
project’s incremental cash flows instead ofcalculating the future cash flows with and withoutthe project
consider project as a “mini-firm” and preparepro forma financial statements on project
estimate the incremental cash flows throughthe pro forma financial statements
Incremental Basis
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similarly, by comparing two mutually exclusiveprojects A and B, consider the difference in the
cash flows between the two projects, known asthe “incremental project” (project A – project B)assuming that both projects have positive NPV
incremental NPV = NPV of project A – NPV ofproject B
if incremental NPV > 0, accept project A
if incremental NPV < 0, accept project B
Incremental Free Cash Flows
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concerned about cash flows rather than netincome
determine incremental free cash flow (to thefirm) from incremental earnings in capital
budgeting
free cash flows (to the firm) = - capitalexpenditures + operating cash flows - changein net working capital
Steps in Estimating Incremental Free
Cash Flows
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Cash Flows
estimate capital expenditures and salvage value
estimate incremental revenue and incremental
cost of project determine income tax expense
forecast incremental earnings
estimate change in net working capital
prepare pro forma financial statements
covert incremental earnings to incremental cashflows
calculate NPV of project and make decision on
project
Capital Expenditures vs. Operating
Expenses
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Expenses
capital expenditures: upfront costs of the
investment in property, plant and equipment
recorded as fixed assets at cost and
depreciated over several financial years as
depreciation expenses
operating expenses: costs of running the normal
operations of a firm
recorded as a cost in the financial year of
incurring it
Estimating Capital Expenditures
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capital expenditures: costs of buying new long-term assets, including shipping and installation
costs (cash outflow in year 0) estimate the initial investment in property, plant
and equipment
capital expenditures as cash outflows, whichdo not affect net income
depreciation expenses as non-cash items
which reduce net income, but not cash flows
difference between net income and cash flows
(quick reminder: why different?)
Estimating Capital Expenditures
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salvage value is also known as scrap value,
residual value or disposal value
selling proceeds from disposal of long-term asset
(cash inflow at project end) gain/loss from disposal of asset = salvage
value – book value of long-term asset where
book value is estimated through thedepreciation method used for tax reporting (is
this a cash item?)
Estimating Capital Expenditures
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but Inland Revenue raises tax implicationabout it (is this a cash item?)
tax payment on gain from disposal of asset:cash outflow
tax saving on loss from disposal of asset:
cash inflow incremental cash flows from disposal of long-
term fixed assets = salvage value – (salvage
value – book value)*marginal tax rate
Example: Estimating Capital
Expenditures
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Expenditures
a company intends to buy a machine at a cost of
$1,000,000 for a project
the machine is to be fully depreciated evenly on
straight-line depreciation method over 5 years fortax reporting
the salvage value of the machine in year 5 is$50,000
Example: Estimating Capital
Expenditures
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year
beginning net
book value of
machine
depreciation
expense
ending net
book value
of machine
effect on
income
before tax
effect on cash
flows
0 $1,000,000 $0 -$1,000,000
1 $1,000,000 $200,000 $800,000 -$200,000 $0
2 $800,000 $200,000 $600,000 -$200,000 $0
3 $600,000 $200,000 $400,000 -$200,000 $0
4 $400,000 $200,000 $200,000 -$200,000 $0
5 $200,000 $200,000 $0 -$200,000 $33,000
Expenditures
difference between
income and cash flows
incremental cash
flow from disposal
of machine
Example: Estimating Capital
Expenditures
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Expenditures
salvage value in year 5 = $50,000
book value of machine in year 5 = $0
gain from disposal of machine = $50,000 - $0 -$50,000
tax payment on gain from disposal of machine =($50,000-$0)*34% = $17,000
if marginal tax rate is 34%, incremental cash flowfrom disposal of machine = $50,000 - ($50,000-$0)*34% = $33,000
Depreciation Method for Tax Reporting
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so far, assume straight line depreciation method
is used for tax reporting
may be different from the depreciation method
used for financial reporting
accelerated depreciation: recognize higherdepreciation expenses in early years and lower in
later years
Inland Revenue is likely to adopt an accelerateddepreciation method for tax reporting (why?)
Depreciation Method in US
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actual tax depreciation method allowed by the
Inland Revenue Service in US is called modified
accelerated cost recovery system (MACRS) whichallows for accelerated depreciation of property
under different classifications
MACRS
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only for
half a year
depreciation
rate on eachyear
Example: MACRS
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Suppose a machine costs $12,000 and belongsto the 5-year class in MACRS.
year MACRS %depreciati
on
beginning
book value
ending
book value
1 20.00% $2,400 $12,000 $9,6002 32.00% $3,840 $9,600 $5,760
3 19.20% $2,304 $5,760 $3,456
4 11.52% $1,382 $3,456 $2,0745 11.52% $1,382 $2,074 $691
6 5.76% $691 $691 $0
total 100.00% $12,000
book
value in
IRSrecords
Depreciation Method in Hong Kong
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initial allowance (depreciation): 60% in year 1
annual allowance (depreciation): 10%, 20% or30% class on remaining balance from year 1onwards
Example: Depreciation Method in Hong
Kong
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Suppose a machine costs $12,000 and belongsto the 30% class in Hong Kong.
year beginningbook value
initialallowance
annualallowance
totalallowance
endingbook value
1 $12,000 $7,200 $1,440 $8,640 $3,360
2 $3,360 $1,008 $1,008 $2,352
3 $2,352 $706 $706 $1,646
4 $1,646 $494 $494 $1,152
5 $1,152 $346 $346 $807
6 $807 $242 $242 $5657 $565 $169 $169 $395
8 $395 $119 $119 $277
9 $277 $83 $83 $194
10 $194 $58 $58 $136
Estimating Incremental Revenue and
Incremental Cost
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talk to sales and marketing people to estimateincremental revenue
talk to production and operations people toestimate incremental costs
estimate revenue and costs on incremental basis
Estimating Incremental Revenue and
Incremental Cost
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issues to notice
product life cycle: initial low sales (start-up),
accelerating sales (growth), level sales(maturity) and declining sales (decline)
prices and costs increase with inflation and
decline with technological advancement competition tends to drive profit margins down
over time
EBIT = incremental revenue – incremental costs -depreciation
Estimating Incremental Revenue and
Incremental Cost
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sales revenue
time
start-up growth declinematurity
Example: Estimating Incremental
Revenue and Incremental Cost
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after examining the issue of the $1,000,000machine in the previous example, the financial
manager has talked to the people from differentdepartments and he forecasts the followingestimates:
year 0 1 2 3 4 5
incremental revenue $525,000 $525,000 $525,000 $525,000 $525,000
incremental cost -$75,000 -$175,000 -$175,000 -$175,000 -$175,000 -$175,000
depreciation -$200,000 -$200,000 -$200,000 -$200,000 -$200,000
EBIT -$75,000 $150,000 $150,000 $150,000 $150,000 $150,000
Determining Income Tax Expense
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marginal tax rate: the tax rate a firm will pay onan incremental dollar of pretax income
effective tax rate: the tax rate calculated asincome tax expense divided by pretax income
statutory tax rate: the tax rate announced by the
government which is the appropriate tax rate?
income tax expense = EBIT * tax rate
Example: Determining Income Tax
Expense
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if the company in the previous example faces amarginal tax rate of 34%, the financial manager
estimates the following:
year 0 1 2 3 4 5
incremental revenue $525,000 $525,000 $525,000 $525,000 $525,000
incremental cost -$75,000 -$175,000 -$175,000 -$175,000 -$175,000 -$175,000
depreciation -$200,000 -$200,000 -$200,000 -$200,000 -$200,000
EBIT -$75,000 $150,000 $150,000 $150,000 $150,000 $150,000
income tax @34% -$25,500 $51,000 $51,000 $51,000 $51,000 $51,000
what does a negative
income tax mean?
Taxes and Negative EBIT
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if EBIT is negative in a year, are taxes still relevant?
if the company earns taxable income elsewhere
in that year, the negative EBIT from the projectcan reduce the overall taxable income andhence the tax payment for the year
if the company does not generate any taxableincome in that year or the taxable income isless than the negative EBIT, all or part of the
negative EBIT (taxable loss) can be carriedbackward to past years (tax rebate) or forwardto the coming years within a specified limit
Example: Taxes and Negative EBIT
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A company plans to launch a new product. Theheavy advertising expenses associated with the
new product will result in an operating loss of$10 million next year for the product. Thecompany expects to earn a taxable income of
$500 million from operations other than the newproduct. The tax rate is 34%. What will be the taxpayment without the project? With the project?
Example: Taxes and Negative EBIT
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tax payment without project = $500 million*34% = $170 million
tax payment with project = ($500--$10million)*34% = $166.6 million
difference in tax payment of $3.4 million is anincremental cash inflow and hence relevant in
capital budgeting
Forecasting Incremental Earnings
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incremental earnings
= (incremental revenue – incremental cost –
depreciation) * (1 – tax rate)= incremental EBIT * (1 – tax rate)
Example: Forecasting Incremental
Earnings
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as in the previous example, the financialmanager estimates the following:
year 0 1 2 3 4 5
incremental revenue $525,000 $525,000 $525,000 $525,000 $525,000
incremental cost -$75,000 -$175,000 -$175,000 -$175,000 -$175,000 -$175,000
depreciation -$200,000 -$200,000 -$200,000 -$200,000 -$200,000
EBIT -$75,000 $150,000 $150,000 $150,000 $150,000 $150,000
income tax @34% -$25,500 $51,000 $51,000 $51,000 $51,000 $51,000
incremental earnings -$49,500 $99,000 $99,000 $99,000 $99,000 $99,000
Estimating Change in Net Working
Capital
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broad definition: NWC = current assets – current
liabilities
narrow definition: NWC = current assets(excluding cash that can generate a market rate
of return, e.g. cash equivalents) – current
liabilities (excluding short-term financing
liabilities)
change in NWC in year t = NWCt – NWCt-1 increase in NWC is a cash outflow (why?)
decrease in NWC is a cash inflow (why?)
Estimating Change in Net Working
Capital
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cash outflow at beginning of project (increase in
NWC in year 0) and cash inflow at project end
(decrease in NWC at project end) but with inflation, NWC changes every year and
change in NWC occurs every year until project
end (why?)
Example: Estimating Change in Net
Working Capital
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as in previous example, the financial estimatesthe net working capital level associated with the
project as follows:year 0 1 2 3 4 5
NWC $200,000 $200,000 $200,000 $200,000 $200,000 $0
change in NWC -$200,000 $0 $0 $0 $0 $200,000
inflation rate is 10%
year 0 1 2 3 4 5
NWC $200,000 $220,000 $242,000 $266,200 $292,820 $0change in NWC -$200,000 -$20,000 -$22,000 -$24,200 -$26,620 $292,820
Preparing Pro Forma Financial
Statements
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treat project as “mini-firm” and prepare pro
forma financial statements for project
pro forma financial statements or pro formas:
describe a company that is not based on actual
data but rather depicts a firm’s financials under a
given set of assumptions
Example: Preparing Pro Forma Financial
Statements
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in the previous example, the financial managerprepares the following financial statements:
year 0 1 2 3 4 5
Revenue $0 $525,000 $525,000 $525,000 $525,000 $525,000
COGS $0 -$100,000 -$100,000 -$100,000 -$100,000 -$100,000
Gross profit $0 $425,000 $425,000 $425,000 $425,000 $425,000
Selling, general and
administrative expense -$75,000 -$75,000 -$75,000 -$75,000 -$75,000 -$75,000
Depreciation $0 -$200,000 -$200,000 -$200,000 -$200,000 -$200,000
EBIT -$75,000 $150,000 $150,000 $150,000 $150,000 $150,000
Income tax @34% -$25,500 $51,000 $51,000 $51,000 $51,000 $51,000
Net Income -$49,500 $99,000 $99,000 $99,000 $99,000 $99,000
year 0 1 2 3 4 5
Net working capital $200,000 $200,000 $200,000 $200,000 $200,000 $0
Fixed assets $1,000,000 $800,000 $600,000 $400,000 $200,000 $0
Equity $1,200,000 $1,000,000 $800,000 $600,000 $400,000 $0
Income Statement
Statement of Financial Position
Estimating Incremental Free Cash Flows
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from pro forma financial statements andincremental earnings, estimate incremental free
cash flows and apply NPV rule to make decisionon project
FCFt = -CapExt + incremental operating cash
flows - ∆NWCtwhere FCFt = incremental free cash flows (to
the firm) at time t; CapEx = capital
expenditures at time t; ∆NWCt = change in networking capital at time t
not all cash flows occur at the same time
Estimating Incremental Free Cash Flows
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operating cash flows on incremental basis (addback depreciation to incremental earnings)
= (incremental revenue – incremental costs –depreciation)*(1-tax rate) + depreciation (top-down)
= (incremental revenue – incrementalcosts)*(1-tax rate) +deprecation*tax rate(depreciation tax shield)
= incremental EBIT*(1-tax rate) + depreciation(bottom-up) (notice: EBIT = revenue – costs –depreciation)
Example: Estimating Incremental Free
Cash Flows
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as in previous example, the financial managerestimates the incremental free cash flows :
year 0 1 2 3 4 5incremental revenue $525,000 $525,000 $525,000 $525,000 $525,000
incremental cost -$75,000 -$175,000 -$175,000 -$175,000 -$175,000 -$175,000
depreciation -$200,000 -$200,000 -$200,000 -$200,000 -$200,000
EBIT -$75,000 $150,000 $150,000 $150,000 $150,000 $150,000
income tax @34% -$25,500 $51,000 $51,000 $51,000 $51,000 $51,000
incremental earnings -$49,500 $99,000 $99,000 $99,000 $99,000 $99,000
add: depreciation $0 $200,000 $200,000 $200,000 $200,000 $200,000
subtract: Capex and
disposal of machine
-$1,000,000 $0 $0 $0 $0 $33,000
subtract: change in
NWC -$200,000 $0 $0 $0 $0 $200,000
incremental free cash
flows -$1,249,500 $299,000 $299,000 $299,000 $299,000 $532,000
Summary of Incremental Free Cash
Flows
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initial investment: cash outflow in year 0
incremental operating cash flows: cash inflows
usually from year 1 until project end
add back depreciation as non-cash item
change in net working capital: cash outflow inyear 0 and cash inflow at project end
only change in NWC matters, not NWC itself
salvage value: cash flow from disposal of fixedassets
gain/loss from disposal is subject to tax effect
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Example: Calculating NPV and Make
Decision
i i l th fi i l g
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as in previous example, the financial managercalculate the NPV and decides to reject the
project as follows:
year 0 1 2 3 4 5
incremental free cash
flows -$1,249,500 $299,000 $299,000 $299,000 $299,000 $532,000
discounted cash flows
@12% -$1,249,500 $266,964 $238,361 $212,822 $190,020 $301,871
NPV -$39,461
Decision reject project
Overall Example
You are the finance manager of a company You
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You are the finance manager of a company. Youwant to analyze a proposal for a new product. You
have prepared the forecasts shown in thefollowing table so that you can prepare the pro-forma financial statements. The project requiresan initial investment of $12 million in equipment.The company uses the straight line depreciationmethod in preparing the financial statements.The estimated life of the equipment is 6 years
and the ending book value in year 6 is assumedto be zero.
Overall Example
The equipment can be dismantled and sold for
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The equipment can be dismantled and sold fornet proceeds estimated at $2 million in year 6.
This is your forecast of the equipment’s salvagevalue. In Hong Kong, there is an initial allowanceof 60% and the equipment belongs to thecategory of 30% annual allowance on theremaining balance.
The estimated discount rate for the project is20%.
Overall Example
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including the gain on selling
equipment = ($2,000-$0) = $2,000
year (HK$'000) 0 1 2 3 4 5 6
1. Initial investment of equipment 12,000
2. Accumulated depreciation 2,000 4,000 6,000 8,000 10,000 12,000
3. Year-end book value 12,000 10,000 8,000 6,000 4,000 2,000 04. Net working capital 550 1,289 3,261 4,890 3,583 2,002 0
5. Total book value (3+4) 12,550 11,289 11,261 10,890 7,583 4,002 0
6. Salvage value of equipment 2,000
7. Sales 523 12,887 32,610 48,901 35,834 19,717
8. Cost of goods sold 837 7,729 19,552 29,345 21,492 11,8309. Other costs 4,000 2,200 1,210 1,331 1,464 1,611 1,772
10. Depreciation 2,000 2,000 2,000 2,000 2,000 2,000
11. Income before tax (7-8-9-10) -4,000 -4,514 1,948 9,727 16,092 10,731 6,115
12. Tax at 16.5% -660 -745 321 1,605 2,655 1,771 1,009
13. Net income (11-12) -3,340 -3,769 1,627 8,122 13,437 8,960 5,106
Overall Example
The tax depreciation schedule is as follows:
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The tax depreciation schedule is as follows:
year (HK$'000) 0 1 2 3 4 5 6
1. Initial investment of equipment 12,000
2. Initial allowance of 60% 7,200
3. Annual allowance of 30% 1,440 1,008 706 494 346 242
4. Total tax depreciation 8,640 1,008 706 494 346 242
5. Year-end tax book value 3,360 2,352 1,646 1,152 807 565
Overall Example
The tax schedule is as follows:
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The tax schedule is as follows:
year (HK$'000) 0 1 2 3 4 5 61. Sales 523 12,887 32,610 48,901 35,834 19,717
2. Cost of goods sold 837 7,729 19,552 29,345 21,492 11,830
3. Other costs 4,000 2,200 1,210 1,331 1,464 1,611 1,772
4. Tax depreciation 8,640 1,008 706 494 346 242
5. Gain on sale of equipment 1,435
6. Taxable income -4,000 -11,154 2,940 11,021 17,598 12,385 7,308
7. Tax at 16.5% -660 -1,840 485 1,819 2,904 2,044 1,206
Overall Example
Assume that the company takes advantage of all
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Assume that the company takes advantage of alltax savings.
Projected cash flow table
year (HK$'000) 0 1 2 3 4 5 6
1. Sales 523 12,887 32,610 48,901 35,834 19,717
2. Cost of goods sold 837 7,729 19,552 29,345 21,492 11,830
3. Other costs 4,000 2,200 1,210 1,331 1,464 1,611 1,772
4. Tax -660 -1,840 485 1,819 2,904 2,044 1,2065. Operating cash flow -3,340 -674 3,463 9,908 15,188 10,687 4,909
6. Change in NWC -550 -739 -1,972 -1,629 1,307 1,581 2,002
7. Capital spending -12,000 2,000
8. Total net cash flow -15,890 -1,413 1,491 8,279 16,495 12,268 8,911
9. Discounted cash flow at 20% -15,890 -1,177 1,035 4,791 7,955 4,930 2,98410 NPV 4,629
As NPV > 0, accept the project.
Special Effects on Incremental Free
Cash Flows
opportunity cost
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opportunity cost
incidental/externality/spillover/side effects
sunk cost (ignored)
overhead cost allocation (be careful)
financing costs (excluded)
Opportunity Cost
opportunity cost: most valuable alternative
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opportunity cost: most valuable alternative(second best project) that is given up if aparticular project is accepted
cash outflow though it may not involve actual
cash payment
the project and its alternative can be considered
as mutually exclusive projects, i.e. if acceptingthe project, have to forego the alternative(remember the “incremental” basis)
Opportunity Cost
in order to accept the project, a firm has to make
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in order to accept the project, a firm has to makesure that the present value of all cash flowsarising from the project exceed that of thealternative – otherwise, it adds more value to thefirm by accepting the alternative – hence the (netpresent) value of the alternative becomes arelevant cash outflow
Incidental/Externality/Spillover/
Side Effect
externality: relevant cash flows incidental on the
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externality: relevant cash flows incidental on the
project
negative effects lead to cash outflowserosion or cannibalization: cash flows of
new product come from those of old
products
environment: meeting environmental
standards
Incidental/Externality/Spillover/
Side Effect
positive effects lead to cash inflows
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positive effects lead to cash inflows
by-products: sale of side products
cross-selling: sale of new product triggerssale of old products.
increased traffic: more customers attracteven more customers
real options: the right to make a particular
business decisionthe value of a real option is usually non-
negative (why?)
Real Options in Capital Budgeting
add positive value to NPV of project
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p p j
option to delay commitment: the right to time
a particular investment option to expand: the right to start with limited
production and expand only if the product is
successful option to abandon: the right for an investor to
cease investing in a project (drop it when it is
not successful)
Sunk Cost
sunk cost: a cost that has already been incurred
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yand cannot be recovered
irrelevant for making the current decision
past research and development expenditures
past marketing or pilot test
fixed overhead expenses
Overhead Cost Allocation
a firm should be careful to distinguish between
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gaccounting overhead cost allocation andincremental overhead cost allocation
only incremental overhead cost allocation is arelevant cash outflow
for example a firm has rented a warehouse for storage
now, it launches a new project which requires
the use of some storage space in thewarehouse and it has to hire new workers totake care of the logistics of the new products
Overhead Cost Allocation
in accounting, part of the rental expense may
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be allocated to the new project, but it is notincremental and hence irrelevant
however, the wages to the newly hired workersare relevant cash outflows in capital budgeting
because they are incremental
Financing Cost
financing costs like dividend payments, stock
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g p y
repurchase, interest payments, principal
repayment are not included in capital budgetingand hence irrelevant
especially be careful about interest expenses that
are included in calculating the net income in theincome statement
exclude interest expenses and their tax saving, i.e.
we consider the EBIT as the operating cash flows
Financing Cost
separation of investment and financing decisions
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only consider cash flows from assets in
investment decision, i.e. uses of funds cash flow implication from financing decision
(e.g. interest expenses), i.e. sources of funds
unlevered net income: net income that does notinclude interest expenses associated with debt
in capital budgeting, estimate unlevered net
income of a project and determine its cashflows
Post Audit
also known as financial control, an often ignored
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but actually important step
compare actual results with the estimates infinancial planning
positive or negative deviations?
why deviations? human errors and/oruncontrollable external factors
who is responsible?
any remedial actions
feedback to next round of capital budgetingexercise
Post Audit
uses of post audit
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1.
2.
3.
4.
Post Audit
assumptionsfinancial
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current financial
position and pastoperating
performance
pro-formas, cash
and capitalbudgets, financial
plans
p
implementation of
financial plans
actual results
analysis
control
statements and
market data planning
feedback
Conclusion
generate the idea of a project
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be careful about assumptions in pro formafinancial statements of the project
project incremental free cash flows of the project
use NPV rule in making decision on the project
carry out post audit
Challenging Questions
1. How is the NPV rule related to the goal ofi i i g h h ld lth?
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maximizing shareholder wealth?
2. Why does the NPV decision not depend on theinvestor’s preferences?
3. How can you interpret the difference between
the cost of capital and the internal rate of return(IRR) under the NPV rule?
4. Explain why choosing the option with the highest
NPV is not always correct when the options havedifferent lives. What additional issues shouldyou keep in mind when choosing among
projects with different lives?
Challenging Questions
5. Which of the investment criteria in capital
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budgeting does not take into account the project
risk, NPV, IRR, payback period, discountedpayback period and equivalent annual annuity?
6. What are the differences between incremental
earnings and incremental free cash flows incapital budgeting?
7. Which of the following statements describes a
situation that is not considered as appropriate
when applying the net present value rule in
capital budgeting?
Challenging Questions
A. A financial manager estimates the before-
h fl f j d di
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tax cash flows of a project and discounts
them at the before-tax discount rate. B. In considering two mutually exclusive
projects, a financial manager subtracts the
cash flows of one project from those ofanother project. Based on the net present
value of this net cash flow stream, he makes
a decision to choose between these two
projects.
Challenging Questions
C. A financial manager includes the
d i ti t hi ld l t h
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depreciation tax shield as a relevant cash
inflow in a project. D. When calculating the corporate income
tax paid to the government in a capital
budgeting exercise, a financial manager usesthe accounting methods used in preparing
the financial statements.
Challenging Questions
8. A company is considering whether to undertake a
j t I th j t th i i d t
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project. In the project, the company is required to
make use of an idle machine which has noalternative use at all. In the tax records, the net
book value of the machine is $100,000. In the
financial statements, the net book value of themachine is $250,000. Which of the following
statements is correct with respect to the machine?
Challenging Questions
A. There is no relevant cash flow associatedwith the use of the machine in this project
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with the use of the machine in this project.
B. There is a relevant cash outflow of$100,000 with the use of the machine in thisproject because it is the opportunity cost.
C. There is a relevant cash outflow of$150,000 with the use of the machine in thisproject because it is the opportunity cost.
D. There is a relevant cash outflow of$250,000 with the use of the machine in thisproject because it is the opportunity cost.
Challenging Questions
9. A company is carrying out a capital budgeting
exercise on an incremental project of project X
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exercise on an incremental project of project X
minus project Y. Which of the following items isconsidered as a cash outflow for this
incremental project?
A. Project X will recognize an annualdepreciation expense of $200,000 for tax
reporting.
Challenging Questions
B. In project X, it is estimated that some old
customers will switch from the old products
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customers will switch from the old products
to the new products and there will be a dropin the annual sales revenue of the old
products by $400,000.
C. There is an increase in net working capitalof $450,000 at the beginning of project Y.
D. There will be a tax saving on disposal of a
machine of $150,000 at the end of project Y.
Challenging Questions
10.“The board of directors of a company decides to
assign a particular senior manager in the
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assign a particular senior manager in the
operations department to lead a new project ofimproving the operational efficiency of the
company. In the capital budgeting exercise, the
board agrees that they should allocate thesalary of the senior manager as a cash outflow
to the project. The rationale is that the manager
is now 100% devoted to the project. Without theproject, he can be assigned elsewhere and this
is an opportunity cost.” Do you agree?
Challenging Questions
11. In order to fill the rush orders from customers, a
manufacturing company usually asks the workers
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manufacturing company usually asks the workers
to work overtime, but the overtime pay is usually
1.1 times the normal pay on an hourly basis. With
a capital project, the company expects that there
will be a lot of rush orders from customers. Inorder to give more incentives to the workers to
work overtime for the project, the company
decides to raise the overtime hourly wage rate to1.15 times the normal hourly wage rate. Which of
the following statements is correct with respect to
the overtime pay for the project?
Challenging Questions
A. The original overtime pay of 1.1 times the
normal pay for the project is relevant because it is
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normal pay for the project is relevant because it is
an incremental cash outflow.
B. The original overtime pay of 1.1 times the
normal pay for the project is irrelevant because it
is a sunk cost. C. The additional overtime pay of 0.05 (1.15 – 1.1)
times the normal pay for the project is irrelevant
because it is a sunk cost. D. The additional overtime pay of 0.05 (1.15 – 1.1)
times the normal pay for the project is relevant
because it is an incremental cash outflow.
Challenging Questions
12.In the capital budgeting exercise on a project,
the chief financial officer of a company finds
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the chief financial officer of a company finds
that the company has the flexibility to give upthe project before the end of its life in the future.
Which of the following statements is correct in
respect of this flexibility to abandon?
Challenging Questions
A. The flexibility may add negative value to thenet present value of the project because it
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p p jrenders the initial investment of the project
worthless in the future. B. The flexibility may add negative value to the
net present value of the project because of the
increased uncertainty. C. The flexibility may add positive value to the
net present value of the project because it is
an opportunity cost. D. The flexibility may add positive value to the
net present value of the project because it is a
strategic option.