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TABLEOFCONTENTSTableofContents.........................................................................................................................................2
1.Introduction&TimeValueofMoney.......................................................................................................3
2.NetPresentValue&InterestRates..........................................................................................................8
3.ValuationofSecuritiesI..........................................................................................................................19
4.ValuationofSecuritiesII........................................................................................................................29
5.InvestmentDecisionRules......................................................................................................................44
6.CapitalBudgetingI.................................................................................................................................50
7.CapitalBudgetingII................................................................................................................................56
9.CapitalAssetPricingModel....................................................................................................................60
10.TheCostofCapital...............................................................................................................................66
11.CapitalStructure..................................................................................................................................70
12.PayoutPolicy/FreeCashFlowValuationModels..................................................................................78
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1.INTRODUCTION&TIMEVALUEOFMONEY
1.1INTRODUCTION
PROJECTS
Keycharacteristics:
1. ProfitsandCosts–cashflows:determinedbya. Expectedamountand;b. Expectedtiming
2. Uncertainty–risk:describedbypossibleoutcomesfromtheproject
TERMINOLOGY
- Ownership:therighttoashareinafirm’sprofits- Control:therighttodirectlymanageorelectmanagementofafirm- Personalliability:theresponsibilitytopayafirm’sfinancialobligationsusingpersonalassetswhen
thefirmcannot- LimitedLiability:alimitthattheownercanonlylosethevalueoftheirinvestmentwhenthefirm
cannotpayitsfinancialobligations
1.2TYPESOFCOMPANIES
SOLETRADER
Asoletraderisabusinessownedandrunbyoneperson.
- Straightforwardtosetup- Noseparationbetweenthefirmandtheowner- Ownerhasunlimitedpersonalliabilityforthefirm’sdebts- Thelifeofasoletraderislimitedtothelifeoftheowner
PARTNERSHIP
Apartnershipisabusinessownedandrunbymorethanoneowner
- Hastwotypesofpartnerso Generalpartners:ownership,controlandpersonalliabilityo Limitedpartners:ownership,nocontrolandlimitedliability
- Thepartnershipendsintheeventofthedeathorwithdrawalofasinglegeneralpartnerunlessotherprovisionsaremade
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- Profittaxedatpersonallevel
CORPORATIONS
Acorporationisalegallydefined,artificialbeing,separatefromitsowners.Itactsasitsownentity,abletoentercontracts,acquireassetsinitsownname,sueandbesuedandincurobligationsdirectlywithoutrecoursetoitsowners.
Ownershipofacorporation
- Shares:thedividedownershiporequityofacorporation- Equity:thecollectionofalloutstandingsharesofacorporation- Shareholder:anownerofashareoftheequityinacorporation- DividendPayment:paymentsmadeatthediscretionofthecorporationtoitsshareholders- Sharescanbeownedbyanyone,andcanbetradedfreelyonthestockexchange
Taximplicationsforcorporateentities
- Thecorporationpaystaxonitsownpersonalincomeasitisitsownlegalentity- Whentheremainingprofitsaredistributedtotheshareholders,theshareholderspaytheirown
personalincometaxonthisincome- Thisresultsinwhatisknownas‘doubletaxationwhereyouaretaxedtwiceontheincomereceived- Note:inAustralia,theimputationsystemoftaxationisusedwhereataxcredit(frankingcredit)is
transferredtoshareholdersfortheamountoftaxthecompanyhaspaid
FirmStructure:
Person(s) Role
BoardofDirectors
- Eachdirectoriselectedbythefirm’sowners- HirestheChiefExecutiveOfficer- Monitorsfirmandsetshighlevelstrategy- Hastheultimatedecision-makingauthority- Objectivesistomaximizefirmvalue
ChiefExecutiveOfficer(CEO)
- Everydaymanagerofthefirm- Implementsrulesandpoliciessetbyboardofdirector- Advisedbyhigh(C-)levelexecutives- Objectivesistomaximizefirmvalue
ChiefFinancialOfficer(CFO)
- Evaluatesinvestmentdecisionsforthefirm- Evaluatesfinancingdecisionsforthefirm- Objectivesistomaximizefirmvalue
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Advantages Disadvantages
- Limitedliabilityfortheowners- Businesscontinuesoperationwhen
ownershipchanges
- AgencyCostsbetweenownersand
management- Taxation(injurisdictionswith“classical”
taxsystems)
AgencyCosts
- Weassumethatemployeeshavetheirownpersonalobjectives- Thesepersonalobjectivesmaynotalwaysagreewiththevaluemaximizingobjectiveofthefirm’s
owners- Anagencycostariseswhenanemployeetakesanactionthatservestheirowninterestsinsteadof
maximizingfirmvalue.
Owners Liability Owner’sControl
Ownershipchange
dissolvesfirm
Taxation
SoleTrader One Personal Yes Yes Personal
GeneralPartnership
Twoto20(somemayhavemore)
Personal Yes Yes Personal
LimitedPartnership
GeneralPartners(GP)–Atleastone
Personal Yes Yes Personal
LimitedPartners(LP)-Unlimited
Limited No No Personal
Corporations Unlimited Limited No No Companyandpersonal
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THEFINANCIALMANAGER
Wewillfocusontwoprimaryresponsibilitiesofthefinancialmanager:
- Investmentdecisionso Whichprojectsshouldthefirmpursue?
- Financingdecisionso Howshouldthefirmraisecapitaltofinancetheseprojects?o Howshouldthefirmdistributeprofitstoinvestors?
1.4THESTOCKMARKET
PRIMARYVSSECONDARYMARKETS:
- Primarymarket:whenacorporationissuesnewsharesandsellsthemtoinvestors- Secondarymarket:marketssuchastheASXorNYSE,wheresharesofacorporationaretraded
betweeninvestorswithouttheinvolvementofthecorporation
BIDVSASKPRICE
- Bidprice:thepriceatwhichabuyeriswillingtobuyasecurity- Askprice:thepriceatwhichaselleriswilingtosellasecurity- Bid-askspread:theamountbywhichtheaskpriceexceedsthebidprice- Transactioncost:inmostmarkets,anexpensesuchasabroker’scommissionandthebid-askspread
investorsmustpayinordertotradesecurities
1.5FINANCIALINSTITUTIONS
Thefinancialcycle:
1. Peopleinvestandsavetheirmoney2. Thatmoneygrowsthroughloansandshares,flowstocompanieswhouseittofundgrowththrough
newproducts,generatingprofitsandwages3. Themoneythenflowsbacktothesaversandinvestors
Allfinancialinstitutionsplayaroleatsomepointinthiscycle.
Thestockmarketorstockexchangeisanorganizedmarketonwhichthesharesofmanycorporationsaretraded
Financialinstitutions:areentitiesthatprovidefinancialservices,suchastakingdeposits,managinginvestments,brokeringfinancialtransactionsormakingloans
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1.6TIMEVALUEOFMONEYANDINTERESTRATES
- Moneyreceivedtodayisworthmorethanmoneyreceivedinthefuture- Tocompareorcombinecashflowsitisnecessarytoconvertallvaluestothesameunitsbymoving
themtoacommonpointintime- Thecurrentinterestratecanbeusedtodeterminethefuturevalueofmoney
COMPOUNDING–FINDINGTHEFUTUREVALUE
Compoundingassumption:wewillalwaysassumethatinterestiskeptintheaccount.Therefore,theendingvalueinagivenperiodbecomesthestartingprincipalusedtocomputetheinterestpaymentinthesubsequentperiod.
Tocalculatetheequivalentfuturevalueofacashflowmultiplythecashflow’spresentvaluebytheinterestratefactorsassociatedwiththeinterveningtimeperiods.
Thishastheeffectofearning‘interestoninterest’
Note:wereferto(1+r)astheinterestratefactor
DISCOUNTING–FINDINGTHEPRESENTVALUE
Tocalculatethepresentvalueofacashflowinthefuture,multiplythefuturecashflowbyadiscountfactoror,equivalently,dividetheappropriateinterestratefactor.
Itiscalleddiscountingbecausea$1futurecashflowisworthlessthan$1today
Timevalueofmoney:thedifferenceinvaluebetweenmoneytodayandmoneyinthefuture.Or,theobservationthattwocashflowsattwodifferentpointsintimehavedifferentpointsintimehavedifferent
values.
FV=PV(1+r)n
FV=Futurevalue:thevalueofaPV=Presentvalue:theinitialvalueofaninvestmentr=Interestrate:expressedasdecimal(R/100)n=Period
PV=FV/(1+r)n
PV=Presentvalue:thevaluetodayoftheexpectedfuturecashflowFV=Futurevalue:theexpectedvalueofafuturecashflowr=Interestrate:expressedasdecimal(R/100)n=Period
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2.NETPRESENTVALUE&INTERESTRATES
2.1INTERESTRATES
ANNUALPERCENTAGERATE(APR)
- Financialmathematicsequationsarealwaysstatedintermsofperiodsandinterestratesperperiod- InterestratesareoftenquotedintermsofanAnnualPercentageRate(APR)- APRsmustbeconvertedintonumberofperiodsandinterestratesperperiodforcalculations
CommonAPRcompoundingperiods:
Compounding #ofperiodsperyear
Monthly 12
Quarterly 4
Semi-Annually 2
Annually 1
EFFECTIVEANNUALRATE(EAR)
GivenanAPRandmcompoundingperiodsperyear,theEARcanbefoundasfollows:
AnnualPercentageRate(APR):asimplifiedwaytoquoteinterestrates.Itisequaltothetotalinterestthatwouldbeearnedinayearwithoutcompounding
APR=PerPeriodInterestRate(r)xNumberofCompoundingPeriodsperYear(m) APR=rm
EffectiveAnnualRate(EAR):thetotalamountofinterestthatwillbeearnedattheendofoneyearwithcompounding
EAR=(1+r)m-1 r=perperiodratem=periodsperannum
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1. Computetheper-perioddiscountrate,r
2. Computethem-periodinterestratefactor
3. Computetheeffectiveannualrate
SUMARY:APRANDEPR
ConvertingAPRfromEAR ConvertingEARfromAPR
2.2VALUINGASTREAMOFCASHFLOWS
- Projectshavecashflowsoccurringatdifferentpointsintime- Evaluationofcashflowsrequires:
o Buildingatimelineofthestreamofcashflowsdescribingthetimingandamountofexpectedcashflows
o Computingthevalueofthestreamasofareferencepointintime,usuallytheinitialperiod
- Valuingastreamofcashflowscanbedonebytwoapproached:o SequentialApproach:movecashflowsoneperiodatatime,computingthetotalvalueofcash
flowsalreadyconsideredo ReferenceTimeApproach:computethevalueofeachindividualcashflowatthereference
time.Addthesetogetthetotalvalue- Bothapproacheswillgivethesamevalue
- Theterm“futurevalue”canbeconfusingandimprecisewhenappliedtoastreamofcashflows.- Insteadweusetheterms:
o Time-tvalue:avaluefoundbymovingallcashflowstoatimetandtakingthesumo Presentvalue:thevaluefoundattheimpliedreferencepointofaproblem,timet=0
EXAMPLE–FUTUREVALUEOFASTREAMOFCASHFLOWS
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- Youplanoninvesting$300immediatelyinanaccounting- Youwillinvest$400and$500attimes1and2respectively- Accountpaysaninterestof5%perannum
SequentialApproach:Moveforwardoneperiodatatime,computingthetotalvalueofcashflowsalreadyreceived
T0àT1=300*(1+0.05)=$315
315+400=715 T1àT2=715*(1+0.05)=$750.75
750.75+500=1250.75 T2àT3=1250.75*(1+0.05)=$1313.29
ReferenceTimeApproach:Comparethevalueofeachindividualcashflowatthereferencetime.Addthesetogetthetotalvalue
300*(1+0.05)3= $347.29
+ 400*(1+0.05)2= $441.00
+ 500*(1+0.05)3= $525.00
$1313.29
EXAMPLE–PRESENTVALUEOFASTREAMOFCASHFLOWS
- Aprojectrequiresanupfrontcostof1500att=0- Theprojectgeneratespositivecashflowsof500,1300,2000attimes1,2andrespectively- Thediscountrateis12%- Whatistheprojectvalueasoftimet=0?
SequentialApproach:movebackwardsoneperiodatatime,computingthetotalvalueofcashflowsalreadydiscounted
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T3àT2=2000/(1+0.12)=$1785.71
1785.71+1300=3085.71 T2àT1=3085.71/(1+0.12)=$2755.10
2755.10+500=3255.10 T1àT0=3255.10/(1+0.12)=$2906.34
Deductupfrontcost 2906.34–1500=$1406.34
ReferenceTimeApproach:computethevalueofeachindividualcashflowatthereferencetime.Addthesetogetthetotalvalue
T3àT2=2000/(1+0.12)3=$1423.56
+ T2àT1=1300/(1+0.12)2=$1036.35
+ T1àT0=500/(1+0.12)1=$446.43
Deductupfrontcost - ($1500)
$1406.34
2.3ANNUITIES
CONSTANTANNUITY
ConstantAnnuity:astreamofspecifiednumberofequalcashflowsthatoccursatregularintervals
Theannuityvalueformulagivesthetotaltime-tvalueofallncashflowsbeginningatt+1
EXAMPLE–CONSTANTANNUITY
Annuity:astreamcashflowsarrivingataregularintervaloveraspecifiedtimeperiod
C=Periodiccashpaymentr=perperiodrate
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Whatisthepresentvalueofa2-earannuitymakingsemi-annualpaymentsof$50atadiscountrateof4%APR?
AnnuityValuet=0=50x(1/0.02)*[1–(1/1.024)]
=$190.39
ANNUITYFACTORS
Theannuityformulacanbestatedintermsofanannuityfactor:
GROWINGANNUITY
GrowingAnnuity:astreamofspecifiednumberofgrowingcashflowsthatoccursatregularintervals.TheinitialcashflowisCandallsubsequentcashflowsgrowatarategperperiod
Thegrowingannuityvalueformulagivesthetotaltime-tvalueofallngrowingcashflowsbeginningatt+1
C=periodiccashpaymentr=perperiodrateg=paymentgrowthrate
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2.4PERPETUITIES
CONSTANTPERPETUITY
Astreamofequalcashflowsthatoccursatregularintervalsandlastsforever
Theperpetuityvalueformulagivesthetotaltime-tvalueoftheinfinitecashflowsbeginningatt+1
EXAMPLE–CONSTANTPERPETUITY
Q. Whatisthepresentvalueofaperpetuitypaying$100peryearatadiscountrateof12%?
Perpetuityvalue=100/12%=$833.33
Q. Whatisthepresentvalueofaperpetuitypaying$20permonthatadiscountrateis15%APR?
R=15%/12=1.25%Perpetuityvalue=$1600
GROWINGPERPETUITY
Astreamofcashflowsthatoccursatregularintervalsandlastsforever.TheinitialcashflowisCandallsubsequentcashflowsgrowatarategperperiod.
Perpetuity:astreamofcashflowsthatoccuratregularintervalsandmakespaymentsforever
C=PeriodicCashPaymentr=perperiodinterestrate
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Thegrowingperpetuityvalueformulagivesthetotaltime-tvalueoftheinfinitegrowingcashflowsbeginningatt+1
SUMMARY:ANNUITIESANDPERPETUITIES
Whenusingtheformulasbesurethat:
- Thediscountrate,r,ispositive- Forperpetuities,thegrowthrate,g,mustbelessthanthediscountrate g<r
Checkthetimingofcashflowscarefully
- Formulasgivevalueattimetwhenthefirstcashflowisreceivedatt+1(thenextperiod)
Allannuityandperpetuityequationscanbederivedfromthegrowingannuityequation
2.5THELAWOFONEPRICE
- Pricesrespondtosupplyanddemando Themorepeoplewanttobuysomething,thehigherthepriceo Themorepeoplewanttosellsomething,thelowertheprice
- Arbitragerepresentsanopportunitytomakewithouttakinganyrisksàrisklessprofit- TheLawofOnePricemustholdbecausearbitrageopportunitiescannotexistinfinancialmarketsfor
longperiodsoftime
C=PeriodicCashPaymentr=perperiodinterestrateg=paymentgrowthrate
TheLawofOnePrice:ifequivalentinvestmentopportunities’tradesimultaneouslyindifferentcompetitivemarkets,thentheymusttradeforthesamepriceinbothmarkets.
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KeyimplicationsoftheLawofOnePricewhenvaluingcashflowsrelateto:
- Scalingcashflows- Addingandsubtractingcashflows- Delayingandacceleratingcashflows
EXAMPLE–SCALINGOFCASHFLOW
Given:
Whatisthepresentvalueofthecashflowsata10%discountrate?
Thepresentvalueofthecashflowsaboveata10%discountrateis
M*X=2*599.2=$1199.84
Ifthetimetvalueofthecashflowis:
ThenthetimetvalueofMtimesthecashflowis:
EXAMPLE–ADDINGANDSUBTRACTINGCASHFLOWS
Given:
Whatisthepresentvalueofthecashflowsbelowat10%discountrate?
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ThepresentvalueofthecashflowsAandBaboveata10%discountrateisX+Y=599.92+49.59=$649.51
IfthetimetvalueofthecashflowsAandBare:
Thenthetimetvalueofthecombinedcashflowsis
Note:thevaluesXandYmustbeatthesamereferencetimeandusethesamediscountrate
EXAMPLE–“DELAYED”CASHFLOWS
Given
Whatisthetimet=0valueofthecashflowsbelowata10%discountrate?
Justdiscountoncemoreatarateof10%=$545.38
EXAMPLE–“ACCELERATED”CASHFLOWS
Given:
Whatisthetimet=0valueofthecashflowsbelowata10%discountrate?
Justcompoundoneperiodatarateof10%=$659.91
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SUMMARY:“DELAYED/ACCELERATED”CASHFLOWS
Ifthetimetvalueofcashflowsis:
Delayedby‘s’periods Acceleratedby‘u’periods
Delayedcashflowsarereceivedlater,theyareworth Acceleratedcashflowsarereceivedearlier.“less”,sodivide(discount). Theyare“more”valuable,somultiply (compound).
SAMPLEPROBLEM1
Q.Anannuitydueisanannuitywherethefirstcashflowisreceivedimmediately.Whatistheformulaforthepresentvalueofa7-periodannuitydue?
Solution1:
PresentValue =CashFlowToday+6-periodStandardAnnuityValue =c+c*(1/r)*[1-1/(1+r)6]
Solution2:
Presentvalue =A7-periodannuityacceleratedby1period =c+c*(1/r)*[1-1/(1+r)7]*(1+r)
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SAMPLEPROBLEM2
Q.Whatistheformulaforthepresentvalueofaperpetuitywherethefirstcashflowisreceivedatt=5?
Solution:
Presentvalue =PerpetuityValuedelayed4years=(c/r)/(1+r)4
SAMPLEPROBLEM3
Q.Atwo-stagegrowthmodelcombinesanannuityandperpetuity.
Assumeaprojectisexpectedtopay$100in1period.Cashflowswillgrowby15%untilperiod5.Afterthis,cashflowsgrowby3%inperpetuity.Whatisthepresentvalueifthediscountrateis12%perperiod?
Presentvalue =Valueof5-periodrowingannuity+Valueofgrowingperpetuitydelayedby5periods =470.99+1135.78 =$1606.77