cf_3_cost_of_capital_09
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Topics Covered ------
Overview of cost of capital
Cost of Debt and Preference
Cost of Equity
Determining the Proportions
Weighted Average Cost of CapitalCost of capital_09
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------Topics Covered
Floatation Costs and the WACC
Divisional and Project Cost of Capital
Cost of Capital in Practice
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Cost of Capital--
The cost of capital of any investment (project,
business, or company) is the rate of return the
the capital were invested elsewhere in an
investment (project, business, or company) of
comparable risk.
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--Cost of Capital
The cost of capital reflects expected
return.
The cost of capital represents an
opportunity cost.
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Why Cost of Capital is Important
We know that the return earned on assets
depends on the risk of those assets. The return
to an investor is the same as the cost to the
company.
The cost of capital provides us with an indication
of how the market views the risk of our assets.
Knowing the cost of capital can also help us
determine our required return for capital
budgeting projects.
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Required Return
The required return is the same as theappropriate discount rate and is based on therisk of the cash flows.
We need to know the required return for an
make a decision about whether or not to take theinvestment.
We need to earn at least the required return tocompensate our investors for the financing theyhave provided.
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Weighted Average Cost of Capital
(WACC)
WACC = weke + wpkp + wdkd(1 tc)
we = proportion of equity
ke = cost of equitywp = propor on o pre erence
kp = cost of preference
wd= proportion of debtkd= pre-tax cost of debt
tc= corporate tax rate
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Company Cost of Capital and Project
Cost of Capital--
The company cost of capital (WACC) is the rate
of return expected by the existing capital.
investment which is same as that of the
existing firm.
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--Company Cost of Capital and Project
Cost of Capital
The project cost of capital is the rate of return
expected by capital providers for a new
project the company proposes to undertake.
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Cost of Debt
The cost of debt is the required return on our
companys debt.
We usually focus on the cost of long-term debt
or bonds.
The required return is best estimated by
computing the yield to maturity on the existing
debt.
The cost of debt is not the coupon rate.
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Cost of Debt
n I F
P0 = +t= 1 (1 + kd)
t (1 + kd)n
P0 = current price of the debenture
I= annual interest payment
n = number of years left to maturity
F= maturity value
kd is computed through trial-and-error. A very
close approximation is:I+ (F P0)/n
0.6P0 + 0.4FrD =
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e.g.:
Face value = Rs. 1,000
Coupon rate = 12%
Period to maturity = 4 years
Current market rice = Rs.1040
The approximate yield to maturity of this
debenture is :
120 + (1000 1040) / 4
kd= = 10.7 percent
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Cost of Preference
Given the fixed nature of preference dividend
and principal repayment commitment, the cost
o pre erence s s mp y equa o s y e .
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e.g.:
Face value : Rs.100
Dividend rate : 11 percent
Maturity period : 5 years
Market price : Rs. 95
Approximate yield :
11 + (100 95) / 5
= 12.37 percent
0.6 x 95 + 0.4 x 100
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Cost of Equity
The cost of equity is the return required by
equity investors given the risk of the cash
.
Equity finance comes by way of
(a) retention of earnings , and(b) issue of additional equity capital
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Note:
Irrespective of whether a firm raises equity
finance by retained earnings or issuing
,
the same. The only difference is in floatation
cost.
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Approaches to Estimate Cost of Equity
Security Market Line Approach
Bond Yield Plus Risk Premium Approach
Dividend Growth Model Approach
Earnings-Price Ratio Approach
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Security Market Line Approach
ke = rf+ e [E(km) rf]
Where,
re
= required return on the equity of the
rf= risk-free rate
e
= beta of the equity of the company
E(km) = expected return on the market
portfolio
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e.g.:
rf= 7%, e = 1.2, E(km) = 15%
ke = 7 + 1.2 [15 7] = 16.6%
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Inputs for the SML--
While there is disagreement among finance
practitioners, the following would facilitate as a
guideline:
The risk-free rate may be estimated as the
yield on long-term bonds that have a
maturity of 10 years or more.
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-- Inputs for the SML
The market risk premium may be estimated
as the difference between the average return
on the market portfolio and the average risk-
free rate over the past 10 to 30 years.
The beta of the stock may be calculated by
regressing the monthly returns on the
market index over the past 60 months or so.
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Bond yield plus Risk Premium Approach
Yield on the
long-term bonds
of the firm
Cost of equity =Risk
+ premium
Should the risk premium be 2%, 4% orn% ?
There seems to be no objective way of doing it.
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Dividend Growth Model Approach--
If the dividend per share grows at a constantrate ofgpercent.
D1
P0 = k
D1So, ke = + g
P0
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-- Dividend Growth Model Approach
Thus, the expected return of equity
shareholders, which in equilibrium is
also the required return, is equal to thev en y e p us e expec e grow
rate.
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e.g.:
Suppose that a company is expected to pay adividend of Rs. 1.50 per share next year. There
has been a steady growth in dividends of 5.1%
per year and the market expects that to
continue. The current price is Rs. 25.Compute the cost of the equity.
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Getting a handle overg
Analysts forecasts of growth rate.
Average annual growth rate in the preceding
.
(Retention rate) (Return on equity)
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Advantages and Disadvantages of
Dividend Growth Model
Advantage
easy to understand and use
Disadvantages
Only applicable to companies currently payingdividends
Not applicable if dividends arent growing at areasonably constant rate
Extremely sensitive to the estimated growthrate (an increase in g of 1% increases thecost of equity by 1%)
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e.g.:
Suppose the company has a beta of 1.5. Themarket risk premium is expected to be 9% and
the current risk-free rate is 6%. We have used
analysts estimates to determine that the market
and our last dividend was Rs. 2. Our stock is
currently selling for Rs. 15.65. What is the cost of
equity?
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Solution:
Using SML: ke = 6% + 1.5(9%) = 19.5%
Using DGM: ke = [2(1.06) / 15.65] + .06= 19.55%
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Earnings-Price Ratio Approach--
Cost of equity = E1 / PO
where,
=
PO = the current market price
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--Earnings-Price Ratio Approach
This approach provides an accurate measurein the following two cases:
When the EPS is constant and the dividend
payout ratio is 100 percent.
When retained earnings earn a rate of
return equal to the cost of equity.
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Weighted Average Cost of Capital
We can use the individual costs of capitalthat we have computed to get our average
cost of capital for the firm.
This average is the required return on therm s assets, ase on t e mar et s
perception of the risk of those assets.
The weights are determined by how much
of each type of financing is used.
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Determining the Proportions or Weights--
The appropriate weights are the target capital
structure weights stated in market value terms.
The primary reason for using the target capitalstructure is that the current capital structure may
not reflect the capital structure expected in future.
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--Determining the Proportions or Weights
Market values are superior to book values
because in order to justify its valuation the
firm must earn competitive returns for
s are o ers an e o ers on e
current (market) value of their investments.
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e.g.:Suppose you have a market value of equity equal to Rs.
500 million and a market value of debt Rs. 475 million.
What are the capital structure weights?
V = Rs. 500 million + Rs. 475 million = Rs. 975 million
we = E/V = 500 / 975 = .5128 = 51.28%
wd = D/V = 475 / 975 = .4872 = 48.72%
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e.g.:
Source of Capital Proportion Cost Weighted Cost
(A) (B) [AxB]
Equity 0.60 16.0% 9.60%Preference 0.05 14.0% 0.70%
Debt 0.35 8.4% 2.94%
Note: Assuming tax rate @ 30%. WACC = 13.24%
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Weighted Marginal Cost of Capital Schedule--
The procedure for determining the weighted
Marginal cost of capital involves the
following steps:
1. Estimate the cost of each source of
financing for various levels of its use
through an analysis of current marketconditions and an assessment of the
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--Weighted Marginal Cost of Capital Schedule--
2. Identify the levels of total new financing
at which the cost of the new components
would change, given the capital structure
policy of the firm. These levels, calledrea ng po n s, can e es a s e us ng
the following relationship:
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where, BPj is the breaking point on account of
BPj =TFj
wj
--Weighted Marginal Cost of Capital Schedule--
nanc ng source , j s e o a new nanc ng rom
source j at the breaking point, and wj is the
proportion of financing source j in the capital
structure.
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3. Calculate the WACC for various ranges of total
financing between the breaking points.
--Weighted Marginal Cost of Capital Schedule
4. Prepare the weighted marginal cost of capital
schedule which reflects the WACC for each level
of total new financing.
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ABC Ltd. Wishes to use equity, preference and debt capital in the
following proportions:Equity: 0.45 , Preference: 0.05, Debt: 0.50
As per the estimates of ABC Ltd., the cost of each of its three
sources of financing for various levels of usage are as follows:
Source Target proportions Range of new financing(Rs. in cr.) Cost (%)
Equity 45% 0 - 10 15.00
e.g.:
.
30 & above 18.00
Preference 5% 0 1 14.50
1 & above 15.00
Debt 50% 0 - 15 7.50
15 40 8.0040 & above 8.40
Compute the breaking points for each source of finance and corresponding
ranges of new financing.
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We have,
Source Cost (%) Range of new Breaking Points Range of total new
financing (in cr.) (Rs. in cr.) financing (in cr.)
Equity 15.00 0 - 10 10/0.45= 22.22 0 22.22
16.50 10 30 30/0.45 = 66.67 22.22 66.67
18.00 30 & above ---------- 66.67 & above
Solution--
Preference 14.50 0 1 1/0.05 = 20.00 0 20.00
15.00 1 & above ---------- 20.00 & above
Debt 7.50 0 15 15/0.50 = 30.00 0 30.00
8.00 15 40 40/0.50= 80.00 30.00 80.00
8.40 40 & above ----------- 80.00 & above
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Range of total new Source Proportions Cost (%) Weighted Cost (%)
financing (Rs. In cr.)
0 20.00 Equity 0.45 15.00 6.750
Preference 0.05 14.50 0.725
Debt 0.50 7.50 3.750
WACC = 11.225
20.00 22.22 Equity 0.45 15.00 6.750Preference 0.05 15.00 0.750
--Solution--
Debt 0.50 7.50 3.750
WACC = 11.250
22.22 30.00 Equity 0.45 16.50 7.425
Preference 0.05 15.00 0.750
Debt 0.50 7.50 3.750
WACC = 11.925
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Range of total new Source Proportions Cost (%) Weighted Cost (%)
financing (Rs. In cr.)
30.00 66.67 Equity 0.45 16.50 7.425
Preference 0.05 15.00 0.750
Debt 0.50 8.00 4.000
WACC = 12.175
--Solution--
. . . . .
Preference 0.05 15.00 0.750
Debt 0.50 8.00 4.000
WACC = 12.850
80.00 & above Equity 0.45 18.00 8.100Preference 0.05 15.00 0.750
Debt 0.50 8.40 4.200
WACC = 13.050
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---
Thus, the weighted marginal cost of capital schedule will
be as follows:
Range of Total New Financing (Rs. In cr.) Weighted Cost (%)
0.00 -- 20.00 11.225
--Solution
20.00 22.22 11.250
22.22 - 30.00 11.925
30.00 66.67 12.175
66.67 80.00 12.850
80.00 & above 13.050
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Divisional and Project Cost of Capital --
Using WACC for evaluating investments
whose risks are different from those of the
overall firm leads to poor decisions. In such
,
compared with the risk-adjusted required
return, as calculated by the security market
line.
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--Divisional and Project Cost of Capital
Multidivisional firms that have divisions
characterised by differing risks may calculate
separate divisional costs of capital. Two
purpose:
The pure play approach
The subjective approach
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Pure Play Approach
Find one or more companies that specializein the product or service (that we are
considering)
Compute the beta for each company and
Use that beta along with the CAPM to find
the appropriate return for a project of that
risk Often difficult to find pure play companies
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Subjective Approach
Consider the projects risk relative to the firmoverall.
If the project is riskier than the firm, use a
discount rate greater than the WACC.
If the ro ect is less risk than the firm use adiscount rate less than the WACC.
One may still accept projects that one
shouldnt and reject projects one should
accept, but ones error rate should be lower
than not considering differential risk at all.
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Divisional and Project Costs of Capital
Using the WACC as our discount rate is onlyappropriate for projects that are the same riskas the firms current operations
If we are lookin at a ro ect that is NOT of thesame risk as the firm, then we need todetermine the appropriate discount rate forthat project
Divisions also often require separatediscount rates
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Floatation Costs--
Floatation or issue costs consist of items
like underwriting costs, brokerage
expenses, fees of merchant bankers etc.
is to adjust the WACC to reflect the
floatation costs:
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--Floatation Costs
WACCRevised WACC =
1 Floatation costs
Note: A better approach is to leave the WACC
unchanged but to consider floatation costs
as part of the project cost.
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