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7/31/2019 Module 8 -Time Value of Money
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time value of money
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Have you
studied the
text for this
topic?
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Question?
Would a businessexpect to pay the
same for amachinepurchased andpaid for today, asthe same machineacquired todaybut not paid for fortwo years?
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Definition of Interest
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Simple Interest
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Compound Interest
Interest earned (simple interest formula) is left inbank and added to the original principal
The next simple interest calculation thus uses alarger P
P keeps growing each period
Result is that money grows exponentially insteadof linearly with compound interest
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Graphical View of Simple vs Compound
Compound Interest
Simple Interest
$$$
Time
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Application of
compoundinterest
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Power of Compounding
Example given in your text.
Put $2000/yr in RRSP starting at age 25 instead of35 ( an extra $20,000 of deposits)
You will have an extra $300,000* of accumulatedwealth at age 65
* Exact amount depends on the interest rate and frequency of compounding
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Interest on Interest Illustrated
Assume $1 invested at 10% for a year
Applying Simple interest formulaI = Prt
I = ($1) (.10) (1)I = 10 cents
Applying at end of year 2I = ($1.10) (.10) (1)I = 11 cents
This extra cent is HUGE! It represents interest on
interest and is the secret of compound interest
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Extend the calculations for 5
more years:
Look how interest increases each
year
$1.10
$1.21
$1.33
$1.46
$1.61
$1.77
$1.94
cc
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c
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Results Compared
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Rule of 72Money doubles inapproximately
(72)( interest %)
years
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Question:
If $18,000 is invested to earn 8%compounded quarterly
How much will the investment be worth atthe end of 6 years?
Question type = FV of a single amount
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The Time Line
FV of $18,000 single amount in 6 years,
money worth 8%, quarterly compounding)
PV = $18,000
t = 0
FV = $28,951.20
t = 24
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If we use the simple interest
formula Lots of figuring.$18,000 x 2% = $360
$18,360 x 2% = $367.20
$18,727.20 x 2%
Etc
Etc
Etc
24 separate calculations required using I=Prt......... Bah humbug!!!!
Eventually get a result of $28,951.20
Most of you would not.high risk or clerical error
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The Compound Interest Formula
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The Compound Interest Formula
Pretty neat...........but requires scientific/business
calculator to do exponents
Note that 8% interest rate given = always bydefinition an annual (or effective) interest rate
We needed to express it in same time frame ascompounding period (a quarter) = 8/4 = 2
Note also n = number of compounding periods& not number of years
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(1+r)n..bah humbug
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Table for (1+r)n on Page 18
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Next StepMove from one amount
to multiple cash flows..an annuity
DEFINTIONAn identical stream of
cash flows (payment or receipt) made
each compounding period
Often called the periodic rent
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Future value of an annuity
Question:
If we invest $1,000 at the end of each of thenext 4 years at 10% can we afford to retire
to a beach?
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Time LineQuestion:
If we invest $1,000 at the end of each of the next 4 years at
10% can we afford to retire to a beach?
t = 0 t = 1t = 2 t = 3 t = 4
$1000 $1000 $1000 $1000
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$2.10
$3.31
$4.64*
$1 invested at
the end of each
of the next four
years at 10%
will be $4.64 at
the end of thefour years.
End Period 1
Period 2Period 3
Period 4
How do we get the $3.31?
There is $2.10 sitting all through period 3 earning
interest at 10% =21 cents + an additional deposit of
$1. So $2.10 + 0.21 + $1 = $3.31
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Choices
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FV of Annuity Tablepage 20 of Module 8
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Using the table
Question:If we invest $1,000 at the end of each of the next 4 years at 10%
can we afford to retire to a beach?
Rent = $1000
r = .10
n = 4
Factor from intersection of 10% column and n = 4 row = 4.6410
FV = rent x factor= $1000 x 4.6410
= $4,641
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Future value of an annuitythe power of
compounding kicks in as number ofcompounding periods increases
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Present ValueWe have now looked at FV of a singleamount and FV of an annuity
Next we look at PV of a single amount andPV of an annuity
PV is the amount at time zero
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Present Value of a single amount
New Question:
How much must be invested now so as tohave $30,000 five years from now, if theinterest rate is 8% compounded semi-annually?
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Time LineQuestion:How much must be invested now so as to have $30,000
five years from now, if the interest rate is 8%compounded semi-annually?
t = 0 t = 1t = 9
$30,000accumulation
at t10 = FV
Required deposit att0 = PV = ???
t = 10
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Present Value of single amount
formula
PV = FV
(1 + r )n
PV = $30,000 / (1.04)10
PV = $20,267
Notice this is the same formula asbefore butwith PV isolated instead of FV
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Present Value TablePage 19
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Present Value using factors
Question:How much must be invested now so as to have $30,000 five years from
now, if the interest rate is 8% compounded semi-annually?
FV = 30,000PV = ?
R = .04T = 10
Solution:$30,000 x .67556 (present value of $1 for 10 periods
@ 4%)= $20,267
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Accounting application
What would we capitalize an asset at (the
debit in the G/L) for if..
we agree to pay $30,000 in five years for an it
when interest rates are 8% compounded
semiannually
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Accounting application
Solution:$20,267 its present value
(not the future value of $30,000)
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Asset and Liability Valuation
When time periods are short (less thanone year), the time value of money isoften ignored.
When time periods are longer, assetsand liabilities are valued at the presentvalue of the future payments
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DiscountWhen the present value is LESS than the amount which
will ultimately be paid/received the difference is adiscount
Dr Asset $20,267Dr Discount on Note Payable $9,733
Cr Note Payable $30,000
Discount is a contra account the Note Payable wouldbe valued as a $20,267 liability initially
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Discount is reduced as time
passes .
Interest expense for the first six monthperiod
Dr Interest Expense $811
Cr Discount $811
($20,267 x 4% = 811)
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Discount amortization using the effective
interest method
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Another Accounting Question:
What is the journal entry to record theacquisition of a machine when thevendor agrees to wait 4 years for$150,000 payment ?
interest rates are 10% and moneycompounded annually.
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Question:
What is the journal entry to record the acquisition of amachine when the vendor agrees to wait 4 years for$150,000 payment interest rates are 10%
Solution:
Dr Machine $102,452
Dr Discount $ 47,548Cr Note Payable $150,000
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Discount amortization
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What if the payment terms are
different..
Business often negotiates installment paymentsor leases instead of agreeing to a single large
payment at the end of a long period of time
How much would four annual payments need tobe..
to make the deal equivalent to a cash paymentnow of $102,452 (or $150,000 in 4 years)?
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Time LineHow much would four annual payments need to be..
to make the deal equivalent to a cash payment now of$102,452 (or $150,000 in 4 years)?
t = 0 t = 1 t = 2 t = 3 t = 4
Pmt = ? Pmt = ? Pmt = ? Pmt = ?
FV = $150,000PV = $102, 452
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$2.10
$3.31
$4.64*
$1 invested at the end of each
of the next four years at 10%
will be $4.64 at the end of the
four years.
End Period 1
Period 2Period 3
Period 4
$4.64 is the future value of
an ordinary annuity
c
c
c
Recall this
slide fromearlier.the
FV of an
annuity is the
rent x 4.6410
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Relationship between FV and PV
if the FV = (periodic rent) x (annuity factor)
Then rearranging the equation gives:Rent = FV / annuity factor
Rent = $150,000 / 4.6410
Rent = $32,321
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Present value of an annuity
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$3.49
$3.84
$4.22$4.64*
Present Value of an
annuityis single amountto invest today which hassame future value * as anannuity
Period 4
$2.10
$3.31
$4.64*
End Period 1
Period 2Period 3
Invest $1 atend of four
years at 10%
c
c
c
c
c
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c
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Formula for PV of Annuity
PV = (rent) x 1 - (1+r)-n
r
Question:
If assets and liabilities are valued at their present value what is thepresent value of an annuity of $32,321 for 4 years when rates are 10%?
PV = ($32,321) x 3.16986
PV = $102,453
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PV of Annuity TablePage 21
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PV of an annuityusing factor
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Amortization table for an annuity of payments
separating payments into repayments of
principal and interest component
($102,453 - $22,076 = $80,377)
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The Ordinary Annuity (in arrears)
vs the Annuity Due
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Look at our Time Line
t = 0 t = 1 t = 2 t = 3 t = 4
Pmt Pmt Pmt Pmt
If payments start one period earlier then
there is effectively one more full period
for compounding to occur
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Annuities Due
We will leave this topic until intermediate accounting
You should note that PV or NPV (net present value) asit is often called
Is taught in Finance, Math and numerous othercourses because it is a universally useful concept
Study it well as business studentsyou willencounter it time and time again
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Solving Time Value Problems
1.Asking for FV or PV?
2. Single amount or annuity?
3. Identify r and n in equivalent time frames
4. Find right table and right factor
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Complex Problem
Fred Flintstone is 62 years old and wishes todeposit equal amounts at the end of his 63rd, 64th
and 65th years so that starting at age 65 he can
withdraw $5,000 per year for ten years. Money
is worth 8%
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Complex Problem solved
The trick is to realize there are two differentcalculations involved
First translate the ten year annuity of $5,000pmts into the PV at age 65
Second find what annuity payments have a FVequivalent to that amount (the PV)
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Complex Problem solved
Factor for PV of Annuity (n = 10, r = 8) = 6.71008 PV = ($5,000) x 6.71008 = $33,550
FV = rent x (FV factor for annuity) $33,550 = rent x (3.2464) Rent = $33,550/3.2464 = $10,335
If Fred deposits $10,335 for next 3 years at 8%, he canwithdraw $5,000 a year for 10 years.
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Another Problem
Your mother put $1,000 a year in the bankstarting ten years ago to fund your college
education. Money is worth 12%. How much can
she give you today?
FV = rent x factor for FV of annuity
FV = 1,000 x (17.54874)
FV = $17,549
Better get a part time job
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Key Topics Module 8
Basic concept of the time value of money Simple Interest Compound Interest Future Value vs Present Value Time Lines to analyze problems Single amounts vs Annuities Formulas vs Tables Ordinary Annuities ($1 in Arrears) vs Annuities Due Accounting Applications of PV
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Still awake???
Time to go home!!!