Lecture 14 and 15 Wk 9

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    CAPITAL BUDGETING

    TECHNIQUES

    Traditional methods

    accounting rate of return (ARR)

    payback period (PP)

    Discounted cash flow techniques

    internal rate of return (IRR)

    net present value (NPV)

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    Lecture example

    project cost $28 550

    estimated life 4 years

    estimated residual value zero

    annual net cash inflow $10 000

    required rate of return 10%

    Average net profit $2862

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    Traditional methods of

    project evaluation

    Accounting rate of return

    ARR = av net profit

    av book value of investment

    or = av net profit

    total initial investment value

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    Traditional methods of

    project evaluation

    Accounting rate of return example

    ARR = 2 862 =20%

    14 275

    or = 2 862 =10%

    28 550

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    Accounting rate of

    return (ARR)

    advantages

    easy to understand

    managers are familiar with the

    key concepts

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    Payback period

    a risk-related measure used inpractice to supplement othertechniques

    payback period

    time required to recover the initialinvestment

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    Payback period

    calculated by dividing the initialinvestment by the net cash inflow

    project with the lowest payback periodis selected

    Payback = initial investment

    net cash inflow

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    Payback period

    example

    Payb w

    Payback = 28 550 = 2.855 years

    10 000

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    Payback period

    advantages

    easy to understand

    provides some assessment of risk

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    Payback period

    disadvantages

    ignores cash flows after thepayback period and does notmeasure profitability

    ignores time value of moneybecause cash flows are notdiscounted

    overcome by using the discountedpayback method

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    Lecture 15

    Capital decision cont

    Reference - Chapter 16

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    Internal rate of

    return (IRR)

    Rate that equates the resent value

    of theexpectedcashoutflowswiththepresent valueof theexpectedcash inflows

    Accept projectswhichoffer an IRRaboveacertain ini umdesiredrateof return

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    IRR

    OC = NCF1 + NCF2 ++ NCFn

    (1+R)1 (1+R)2 (1+R)n

    where

    OC = original cost

    NCF1 = net cash flow in year 1R = IRR 100

    n = number of periods

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    IRR example

    PVF = 28 550 = 2.855

    10 000

    From Table 4 appendix 2, we need tofind the factor of 2.855 for four periods

    it equates to 15%ACCEPT PROJECT since IRR > cost of

    capital

    To help calculation when the cash flow isuneven, apply the rule

    If NPV > 0 then IRR > cost of capital

    If NPV < 0 then IRR < cost of capital

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    Internal rate of return

    (IRR)

    disadvantages

    with certain cash flows there canbe multiple IRRs or no IRR

    for mutually exclusive projects,

    IRR can provide an incorrectranking of projects

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    NPV formula

    OC = NCF1 + NCF2 ++ NCFn

    (1+R)1 (1+R)2 (1+R)n

    where

    OC = original cost

    NCF1 = net cash flow in year 1

    R = required rate of return

    n = number of periods

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    NPV example

    NPV = -20 000 + 10 000 x PVF (10, 4)

    = -20 000 + 10 000 x 3.1698

    = $11 698

    ACCEPT PROJECT

    Decision rule is to accept project if theNPV is positive

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    Net present value (NPV)

    advantages

    recognises the time value of money

    dollars can be added as they are inpresent valuescorrect ranking of mutually exclusive

    projects

    dependent on forecast cash flowsand opportunity cost of capital,rather than arbitrary guess bymanagement

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    Net present value (NPV)

    disadvantages

    how do we determine theminimum rate of return?

    how accurate are forecast cashflows?

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    Comparison of IRR and NPV

    independent projects

    mutually exclusive projects

    IRR and NPV rankings

    reinvestment assumptions

    qualitative factors

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    Group activity for

    Tutorial next weekReview exercises:1, 2, &3. Page 500

    Example 16.2 page 503

    Example 16.3 page 505

    Example 16.4 page508

    Review Exercise4 page 510Review exercise5 page 510