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7/28/2019 Financial Management Calculations
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Bond Prices DTO Inc, Inc.
Coupon Rate 8%
Number of Periods Remaining 10
Payments per year 1
YTM 6%Assumed Face Value $1,000
Coupon Value $80
Current Bond Price $1,147.20
OR Using Built In Excel Functions
Settlement Date: 1/1/2000
Maturity Date: 1/1/2010
Annual Coupon rate: 0.08
Yield to Maturity: 0.06
Face Value (% of par): 100
Coupons per year: 1
Bond Price (% of par) 114.72
Bond Price ($) $1,147.20 Check
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Bond Yields Aragon Co.
Coupon Rate 9%
Number of Periods Remaining 9Payments per year 1
Current Price $884.50
Assumed Face Value $1,000
Coupon Value $90
Yield to Maturity (YTM) 11.0935%
OR Using Built In Excel Functions
Settlement Date: 1/1/2000Maturity Date: 1/1/2009
Annual Coupon rate: 0.09
Bond Price (% of par) 88.45
Face Value (% of par): 100
Coupons per year: 1
Yield to Maturity: 11.0935% Check
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YTM Worksheet (By trial error try to find the YTM):
Calculated Bond Price: $884.50 Target: $884.50 $1,769.00
Estimated YTM (Guess): 11.0935% Try different values and try to get
Bond Price to find YTM
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iven
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Calculating Real Rates of Returnr=real rate of interest
R=nominal interest rate
T-Bills are paying: 6.00% h= inflation rate
Inflation Rate: 4.50%
Approximate Real Rate of Interest: 1.50% Formula: r=R-h (approximate)
Exact Real Rate of Interest: 1.44% Formula: r=(R-h)/(1+h)
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Inflation and Nominal Returns
r=real rate of interest
R=nominal interest rate
Real Interest Rate (r): 4.00% h= inflation rate
Inflation Rate (h): 2.50%
T-Bills should be expected to pay: 6.60% Formula: R=(1+r) x (1+h) - 1
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Bond Yields
Coupon Rate: 8.40%
Years to Maturity: 9
Payment freq.: 2
Payment % of PAR: 104
Assumed face value: $1,000Current Price: $1,040
Annual Coupon: $84
Current Yield: 8.08%
YTM: 7.76%
Effective Annual Yield: 7.91%
OR Using Excel Built In Functions: YTM Calculation Workshe
Make Estimate 3.88% 1.0409077404
Settlement Date: 1/1/2000
Maturity Date: 1/1/2009 Since this pays twice a year:
Annual Coupon rate: 0.084 YTM = 2 * 6 month rate =Bond Price (% of par) 104
Face Value (% of par): 100
Coupons per year: 2
Yield to Maturity: 7.77%
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t:
Target: 1.04 (104% of PAR)
7.76%
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Bond Prices versus Yields
Part a: Bond Price = C x [1 - 1/(1 + r)^t]/r + F/(1 + r)^t
where:
C = Coupon Paid Each Periodr = rate per period
t = number of periods
F = Bond's face value
Part b: Why do some bonds sell at a premium over par value while other bonds sell at a discount?
Bond value is determined in two parts. One part takes into account the cash flows due to the annuit
based on the "coupons" that are paid periodically. The Annuity present value is = C * (1 - (1/1 + r)^t)
and r is the yield to maturity
A second component is the Lump Sum or face value that is paid at some point in the future. This isPV = F/(1 + r)^t where F is the face value of the bond and r is the yield to maturity
The cash flows from a bond remain constant while interest rates fluctuate. Therefore investors wil
they will pay for an investment based on the current interest rates and weigh the risk/reward of inve
bond. Because of this the price of the bond will fluctuate. The bond's Yield to Maturity r is the inter
The relationship between the Coupon Rate and the YTM for premium bonds:
The coupon rate is simply the annual coupon value of the bond divided by the face value. It never ch
On a premium bond, YTM is less than the coupon rate
The relationship between the Coupon Rate and the YTM for discount bonds:
On a discount bond, YTM is greater than the coupon rate
For bonds selling at PAR value the Coupon Rate equals the YTM
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Part c: What is the relationship between the current yield and YTM for premium bonds?
The current yield on a premium bond is higher than the Yield to Maturity for premium bonds becausinto account the fact that there is a built-in loss on premium bonds. The current yield only reflects t
In fact: Coupon Rate > Current Yield > YTM for Premium Bonds
What is the relationship between the current yield and YTM for discount bonds?
The current yield on a discount bond is lower than the Yield to Maturity for the discount bond becau
into account the fact that there is a built-in gain on discount bonds. The current yield only reflects th
In fact: Coupon Rate < Current Yield < YTM for Premium Bonds
What is the relationship between the current yield and YTM for bonds selling at PAR value?
The current yield on a bond selling at PAR/FACE value is equal to the Yield to Maturity for the bond
In fact: Coupon Rate = Current Yield = YTM for Premium Bonds
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component of the bond. This is
/r where C is the coupon value
calculated as follows:
l decide how much
ting in the
st rate required by the market for the cash flows the bond produces
nges. YTM will fluctuate with interest rates.
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the current yield does not takee coupon portion of the return.
e the current yield does not take
e coupon portion of the return.
.
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Stock Values MUG Inc.
Dividend Amount $3.10 D
Growth Rate 5.00%
Current Price $48.00
Therefore:
Required Rate of Return 11.46%
P0=
D1
( Rg)
1D
g
0P
R=D
1
P0+g
R
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Stock Values Warren Corporation
Dividend Amount $3.60 D
Growth Rate 4.50%
Required Return 13.00%
Current Price $42.35
P0=
D1
( Rg)
1D
g
0P
R
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Nonconstant Growth Metallica Bearings, Inc.
Starting in Year 10:
Dividend Amount $8.00
Growth Rate 6.00%
Required Return 13.00%
Price in Year 10 $114.29
Price today $38.04
start 1 2 3 4 5 6
P9=
D10
( Rg)
g
R
PV=FV
(1+R )9
D10
P9
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etc.
107 8 9
Starting in year 10 an $8 dividendwill be paid that will increase by 6%each year thereafter.
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Supernormal Growth Rizzi Corporation
Divendend Workshe
NOTE: Start from Year 0: Year 0 $2.80
Year 1 $3.50Year 2 $4.38
Initial Dividend Amount $2.80 Year 3 $5.47
Year 4 $5.85
Growth Rate 25.00% Year 5 $6.26
Year 6 $6.70
Etc.
Starting in Year 3:
Year 3 Dividend $5.47
Growth Rate 7.00%
Required Return 13.00%
Price in Year 3 $97.53
Price today $77.90
g
R
P3=D
3(1+g)
Rg
D4
P0= D1(1+R )
+ D2(1+R )2
+ D3(1+R )3
+ P3(1+R )3
P3
g
D0
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t:
25% Growth Starts from here
7% Growth Starts from here
D1
D2
D3
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NPV versus IRR
Year Cash Flow (X) Cash Flow (Y) Discount Rate
0 -$5,000.00 -$5,000.00 0% $1,700.001 $2,700.00 $2,300.00 5% $1,100.21
2 $1,700.00 $1,800.00 10% $587.53
3 $2,300.00 $2,700.00 15% $145.56
20% -$238.43
IRR 16.82% 16.60% 25% -$574.40
Done by built in Excel Function
13.28% $290.48
IRR Check
Formula for IRR Project X:
$0.00 16.82%
Formula for IRR Project Y:
$0.00 16.60%
NPVProject X
0=5000+2700
(1+IRR)+1700
(1+IRR)2+2300
(1+IRR)3
0=5000+2300
(1+IRR)+1800
(1+IRR)2+2700
(1+IRR)3
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$1,800.00$1,155.49
$607.06 We can see that the crossover occurs somewhere here
$136.35 This is because NPV-X is > NPV-Y whereas before
-$270.83 NPV-X was less than NPV-Y
-$625.60
$290.47 Using Trial and Error we find the correct value with guess
NPVProject Y
This checkis done byplugging inthe IRRcalculatedabove into
the formula
This checkis done byplugging inthe IRR
calculatedabove intothe formula
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s between 10 and 15 percent
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Problems with IRR
Year Cash Flow
0 -$28,000,000.00 Return Required:
1 $53,000,000.00
2 -$8,000,000.00
a. If the company requires a 10 percent return on its investments, should it accept t
First calculate the NPV for the project: $13,570,248
$13,570,248
b. Compute the IRR for this project.
This must be done by trial error. With the formula above guesses must be made:
Guess IRR One -83.46046% $0.06 Close to Zero
Guess IRR Two 72.74617% $0.07 Close to Zero
How many IRRs are there? We know there will be two IRRs because
If you apply the IRR decision rule, should you accept the project or not?
In this case, the IRR decision is ambiguous since there are two IRRs and t
should not use the IRR to make a decision in this case.
NPV=28,000.000+53, 000, 000
(1+. 1)
8,000, 000
(1+ .1)2
0=28,000.000+53,000,000
(1+IRR )
8,000,000
(1+IRR )2
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10%
his project? Why?
Check
IRR Guess NPV
-99% -$74,728,000,000.00
-90% -$298,000,000.00 Sign Change: IRR is b
-80% $37,000,000.00
-70% $59,777,777.78
-60% $54,500,000.00
-50% $46,000,000.00
-40% $38,111,111.11
-30% $31,387,755.10
-20% $25,750,000.00
-10% $21,012,345.68
f the sign change. 0% $17,000,000.00
10% $13,570,247.9320% $10,611,111.11
30% $8,035,502.96
40% $5,775,510.20
50% $3,777,777.78
60% $2,000,000.00
70% $408,304.50 Sign Change: IRR is b
80% -$1,024,691.36
erefore one 90% -$2,321,329.64
99% -$3,386,985.18
Yes since NPV is > 0 the company should accept this project
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etween -80% and -90%
etween 70% and 80%
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Comparing Investment Criteria
Year Cash Flow (A) Discounted (A) Cash Flow (B) Discounted (B) Required
0 -$210,000.00 -$210,000.00 -$21,000.00 -$21,000.00
1 $15,000.00 $13,043.48 $11,000.00 $9,565.22
2 $30,000.00 $22,684.31 $9,000.00 $6,805.293 $30,000.00 $19,725.49 $11,000.00 $7,232.68
4 $370,000.00 $211,548.70 $9,000.00 $5,145.78
a. If you apply the payback criterion, which investment will you choose? Why?
Project A Payback 3.36 Years
Project B Payback 2.09 Years Project B
b. If you apply the discounted payback criterion, which investment will you choose? Why
Project A Payback 3.73 Years
Project B Payback 2.64 Years Project B
c. If you apply the NPV criterion, which investment will you choose? Why?
Project A NPV $57,001.98 Project A
Project B NPV $7,748.97
d. If you apply the IRR criterion, which investment will you choose? Why?
Project A IRR 22.97%
Project B IRR 32.73% Project B
e. If you apply the profitability index criterion, which investment will you choose? Why?
Profitability Index A 1.27
Profitability Index B 1.37 Project B
f. Based on your answers in (a) through (e), which project will you finally choose? Why?
Even though project B was deemed superior in all comparisons except for NPV,
Choose Project A. First, although project B wins with IRR and Profitability In
Second, the payback rules seem to indicate that Project B is superior, however,
that the NPV is so much higher for Project A, I would choose project A.
of these measures are not considered to be accurate forMutally Exclusive Proj
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eturn: 15%
ould be chosen because it has the smaller payback period
?
ould be chosen because it has the smaller dicounted payback period
ould be chosen because it has the higher NPV
ould be chosen because it has the higher IRR
ould be chosen because it has the higher Profitability Index
I would still
ex, both
due to the fact
cts.
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Portfolio Expected Return
Stock Expected Return Percent Invested
X 11% 50%
Y 17% 30%
Z 14% 20%
Expected Portfolio Return 13.4% Formula: Expected Return * Percent Invested
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Calculating Returns and Standard Deviations
Expected Return
Stock A
Recession 0.1 0.06 0.60% -2.10%
Normal 0.6 0.07 4.20% -1.10%
Boom 0.3 0.11 3.30% 2.90%
8.10%
Stock B
Recession 0.1 -0.2 -2.00% -35.70%
Normal 0.6 0.13 7.80% -2.70%
Boom 0.3 0.33 9.90% 17.30%
15.70%
State ofEconomy
Probability ofState ofEconomy
Rate of ReturnIf State Occurs
Return Deviationfrom ExpectedReturn
Expected Return
Stock A
Expected ReturnStock
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0.000441 0.0000441
0.000121 0.0000726
0.000841 0.0002523
0.000369 1.92% Stock A
0.127449 0.0127449
0.000729 0.0004374
0.029929 0.0089787
0.022161 14.89% Stock B
Squared ReturnDeviation fromExpected Return
Product ofProbabilityState ofEconomy andSquaredReturnDeviation
StandardDeviation
gmaSquaredDeviation
For Stock A
SquaredDeviationFor Stock B
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Calculating Portfolio Betas
Stock Beta
Q 25% 0.6R 20% 1.7
S 15% 1.15
T 40% 1.34
1.20 Sum of (Percent Portfolio * Beta) for each stock
PortfolioPercent
PortfolioBeta
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Using CAPM
Beta 1.3
14%
5%
16.70%
ExpectedMarketReturn
RiskFreeRate
ExpectedReturn
E(R i )=R f+[E(RM)R f ]i
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Using CAPM
6%
14%
4%
Beta 1.67
MarketRiskPremium
StockExpectedReturn
RiskFreeRate
E(R i )=R f+[E(RM)R f ]i
i=E( Ri )
[ E( R M)
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therfore:
Denominator is Market Risk Premium
f
f ]
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Using CAPM
Beta 0.85
11%
6%
11.97%
Therefore:
StockExpectedReturn
RiskFreeRate
ExpectedReturn
E(R i )=R f+[E(RM)R f ]i
E(RM)=[ E(Ri )Rf ]
i+Rf
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