Chapter 6
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Transcript of Chapter 6
Chapter 6Accounting and the Time Value of Money
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1. BasicsStudy of the relationship between time
and moneyMoney in the future is not worth the same
as it is today◦because if had money today could invest it and
earn interest◦not because of risk or inflation
Based on compound interest◦not simple interest
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1. BasicsExamples of where TVM used in
accounting◦ Notes Receivable & Payable◦ Leases ◦ Pensions and Other Postretirement Benefits ◦ Long-Term Assets◦ Shared-Based Compensation◦ Business Combinations◦ Disclosures◦ Environmental Liabilities
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1I. Future Value of Single SumThe amount a sum of money will
grow to in the future assuming compound interest
Can be compute by◦formula: ◦tables: ◦calculator: TVM keys
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FV = PV ( 1 + i )n
FV = PV x FVIF(n,i) (Table 6-1)
FV = future value n = periodsPV = present value i = interest rateFVIF = future value interest factor
1I. Future Value of Single SumExample
◦If you deposit $1,000 today at 5% interest compounded annually, what is the balance after 3 years?
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1I. Future Value of Single Sum Calculate by hand
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Event AmountDeposit 1-1-x1 $ 1,000.00Year 1 interest (1000 x .05) 50.00End of Year 1 Amount 1,050.00Year 2 interest (1050 x .05) 52.50End of Year 2 Amount 1102.50Year 3 interest (1102.50 x .05)
55.13
End of Year 3 Amount 1157.63
1I. Future Value of Single SumCalculate by formula
FV = 1,000 (1 + . 05)3
= 1,000 x 1.15763
= 1,157.63
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1I. Future Value of Single SumCalculate by table
FV = 1,000 x Table factor for FVIF(3, .05)
= 1,000 x 1.15763
= 1,157.63ACCT-3030 8
1I. Future Value of Single SumCalculate by calculator
Clear calculator: 2nd RESET; ENTER; CE|C and/or: 2nd CLR TVM3 N5 I/Y1,000 +/- PVCPT FV = 1,157.63
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1I. Future Value of Single SumAdditional example
◦If you deposit $2,500 at 12% interest compounded quarterly, what is the balance after 5 years? less than annual compounding so adjust n and i
n = 20 periods i = 3%
2,500 x 1.80611 = 4,515.2820N; 3 I/Y; -2500 PV; CPT FV = 4,515.28
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1II. Present Value of Single SumValue now of a given amount to be paid or
received in the future, assuming compound interest
Can be compute by◦formula: ◦tables: ◦calculator: TVM keys
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PV = FV · 1/( 1 + i )n
PV = FV x PVIF(n,i) (Table 6-2)
FV = future value n = periodsPV = present value i = interest ratePVIF = present value interest factor
1II. Present Value of Single SumExample
◦If you will receive $5,000 in 12 years and the discount rate is 8% compounded annually, what is it worth today?
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1II. Present Value of Single SumCalculate by formula
PV = 5,000 · 1/(1 + . 08)12
= 5,000 x .39711
= 1,985.57
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1II. Present Value of Single SumCalculate by table
PV = 5,000 x Table factor for PVIF(12, .08)
= 5,000 x .39711
= 1,985.57ACCT-3030 14
1II. Present Value of Single SumCalculate by calculator
Clear calculator12 N8 I/Y5,000 FVCPT PV = 1,985.57
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1II. Present Value of Single SumAdditional example
◦If you receive $1,157.63 in 3 years and the discount rate is 5%, what is it worth today? n = 3 periods i = 5%
1,157.63 x .863838 = 1,000.00
3 N; 5 I/Y; 1157.63 FV; CPT PV = -1,000.00
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1V. Unknown n or i Example 1
◦ If you believe receiving $2,000 today or $2,676 in 5 years are equal, what is the interest rate with annual compounding?
PV = FV x PVIF(n, i)
2,000 = 2,676 x PVIF(5, i)
PVIF(5, i) = 2,000/2,676 = .747384find above factor in Table 2: i ≈ 6%
5 N; -2,000 PV; 2,676 FV; CPT 1/Y = 6.00%ACCT-3030 17
1V. Unknown n or i Example 2
◦ Same as last problem but assume 10% interest with annual compounding is the appropriate rate and calculate n.
PV = FV x PVIF(n, i)
2,000 = 2,676 x PVIF(n, 10%)
PVIF(n, 10%) = 2,000/2,676 = .747384find above factor in Table 2: n ≈ 3 years
10 I/Y; -2,000 PV; 2,676 FV; CPT N = 3.06 years
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V. AnnuitiesBasics
◦annuity a series of equal payments that occur at
equal intervals◦ordinary annuity
payments occur at the end of the period◦annuity due
payments occur at the beginning of the period
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V. AnnuitiesOrdinary annuity – payments at
endPresent Value
|_____|_____|_____|_____|_____|
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Year 1 Year 2 Year 3 Year 4 Year 5
Pmt 1 Pmt 2 Pmt 3 Pmt 4
EvaluatePV
V. AnnuitiesAnnuity due – payments at
beginningPresent value
|_____|_____|_____|_____|_____|
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Year 1 Year 2 Year 3 Year 4 Year 5
Pmt 1 Pmt 2 Pmt 3 Pmt 4
EvaluatePV
V. AnnuitiesFor Future Value of an annuity
◦more difficultDetermine whether the annuity is ordinary
or due based on the last period◦ if evaluate right after last pmt – ordinary◦ if evaluate one period after last pmt –
dueAn important part of annuity problems is
determining the type of annuity
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V. AnnuitiesOrdinary annuity – payments at
endFuture Value
|_____|_____|_____|_____|_____|
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Year 1 Year 2 Year 3 Year 4 Year 5
Pmt 1 Pmt 2 Pmt 3 Pmt 4
EvaluateFV
V. AnnuitiesAnnuity due – payments at
beginningFuture Value (evaluate 1 period after last payment)
|_____|_____|_____|_____|_____|
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Year 1 Year 2 Year 3 Year 4 Year 5
Pmt 1 Pmt 2 Pmt 3 Pmt 4
EvaluateFV
V. AnnuitiesTables available in book for
◦Future Value of Ordinary Annuity (Table 6-3)
◦Present Value of Ordinary Annuity (Table 6-4)
◦Present Value of Annuity Due (Table 6-5)
So no table for FV of annuity dueACCT-3030 25
V. AnnuitiesAnnuity table factors conversion
◦ to calculate FV of annuity due look up factor for FV of ordinary annuity for 1 more period
and subtract 1.0000◦ to calculate PV of annuity due (can use table)
look up factor for PV of ordinary annuity for 1 less period and add 1.0000
Use calculator◦ change calculator to annuity due mode◦ 2nd BEG; 2nd SET; 2nd QUIT◦ to change back to ordinary annuity mode◦ 2nd BEG; 2nd CLR WORK; 2nd QUIT (or 2nd RESET)
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V1. Future Value of AnnuityCan be calculated by
◦formula:
◦table:
◦calculator: TVM keys
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FVA(ord) = Pmt -----------------(1 + i)n - 1
i
FVA(ord or due) = Pmt x FVIFA(ord or due) (n, i)
FV = future value n = periodsPV = present value i = interest rateFVIF = future value interest factor
V1. Future Value of AnnuityCan be calculated by
◦formula:
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FVA(due) = Pmt --------------- x (1 + i)(1 + i)n - 1
i
FV = future value n = periodsPV = present value i = interest rateFVIF = future value interest factor
V1. Future Value of AnnuityExample
◦Find the FV of a 4 payment, $10,000, ordinary annuity at 10% compounded annually.
(You could treat this as 4 FV of single sum problems and would get correct answer but that method is omitted.)
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V1. Future Value of AnnuityCalculate by formula
FVA-ord = 10,000 -----------
= 10,000 x 4.6410
= 46,410
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(1 + .1)4 - 1
.1
V1. Future Value of AnnuityCalculate by table (Table 6-3)
FVA-ord = 10,000 x FVIFA-ord (4, .10)
= 10,000 x 4.64100
= 46,410
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V1. Future Value of AnnuityCalculate by calculator
4 N; 10 I/Y; -10000 PMT; CPT FV
46,410
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V1. Future Value of AnnuityAdditional examples
◦Find the FV of a $3,000, 15 payment ordinary annuity at 15%.FVA-ord = 3,000 x FVIFA-ord (15, .15)
= 3,000 x 47.58041 = 142,74115 N; 15 I/Y; -3000 PMT; CPT FV = 142,741
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V1. Future Value of AnnuityAdditional examples
◦Find the FV of a $3,000, 15 payment annuity due at 15%. (table – look up 1 more period -1.0000)
FVA-ord = 3,000 x FVIFA-due (15, .15) = 3,000 x 54.71747
= 164,152
2nd BGN; 2nd SET; 2nd QUIT15 N; 15 I/Y; -3000 PMT; CPT FV = 164,152
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VI1. Present Value of AnnuityCan be calculated by
◦formula:
◦table:
◦calculator: TVM keys
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PVA(ord) = Pmt ---------------------1 – (1/(1 + i)n)
i
PVA(ord or due) = Pmt x PVIFA(ord or due) (n, i)
FV = future value n = periodsPV = present value i = interest ratePVIF = present value interest factor
VI1. Present Value of AnnuityCan be calculated by
◦formula:
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PVA(due) = Pmt --------------------- x (1 + i)1 – (1/(1 + i)n)
i
FV = future value n = periodsPV = present value i = interest ratePVIF = present value interest factor
VI1. Present Value of AnnuityExample
◦What is the PV of a $3,000, 15 year, ordinary annuity discounted at 10% compounded annually?
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VI1. Present Value of AnnuityCalculate by formula
PVA-ord = 3,000 ----------------
= 3,000 x 7.60608
= 22,818
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1 – (1/(1 + .10)15
.10
VI1. Present Value of AnnuityCalculate by table (Table 6-4)
PVA-ord = 3,000 x PVIFA-ord (15, 10)
= 3,000 x 7.60608
= 22,818
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VI1. Present Value of AnnuityCalculate by calculator
15 N; 10 I/Y; -3000 PMT; CPT PV
22,818
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VI1. Present Value of AnnuityAdditional examples
◦Find the PV of a $3,000, 15 payment annuity due discounted at 15%.
PVA-due = 3,000 x PVIFA-due (15, .15)
= 3,000 x 6.72488 = 20,175
2nd BGN; 2nd SET; 2nd QUIT15 N; 15 I/Y; -3000 PMT; CPT PV = 20,173
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VI1. Present Value of AnnuityAdditional examples
◦If you were to be paid $1,800 every 6 months (at the end of the period) for 5 years, what is it worth today discounted at 12%?
PVA-ord = 1,800 x PVIFA-ord (10, .06)
= 1,800 x 7.36009 = 13,248
10 N; 6 I/Y; -1800 PMT; CPT PV = 13,248ACCT-3030 42
VI1. Present Value of AnnuityAdditional examples
◦If you consider receiving $12,300 today or $2,000 at the end of each year for 10 years equal, what is the interest rate?
12,300A-ord = 2,000 x PVIFA-ord (10, i)
PVIFA-ord (10, i) = 12,300/2,000 = 6.15000 i ≈ 10%
10 N; -2000 PMT; PV = 12300; CPT I/Y = 9.98%
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