management of risk module 3
TRANSCRIPT
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Module 3
Risk Adjusted Value
Dr. Sankersan Sarkar
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Some Questions
Value of What?
Why do we require Risk Adjusted
Value?
What do we mean by the term
Asset?
How do we assess value?
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Contents
DCF value of an asset
DCF Value using risk adjusted discount rates
DCF Value using certainty equivalent cash flows
Risk adjusted discount rates versus certainty
equivalent cash flows
Hybrid Models
DCF Risk adjustment: merits and demerits
Post-valuation risk adjustment Relative valuation approaches
DCF versus relative valuation
Risk adjustment in practice
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DCF value of an asset
Value of an asset is a function of the expected cash
flows generated by the asset and is considered to be
equal to the present value of the expected cash flows
generated by the asset.
Assets with predictable cash flows are likely to havehigher value than assets with unpredictable or
volatile (hence risky) cash flows
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DCF value of an asset
Value of a risk-free asset should be the present
value of the cash flows from it discounted at therisk-free rate
If cash flows from the asset are likely to be
affected by risk then the impact of risk can befactored into valuation either by adjusting thecash flows or by adjusting the discount rate.
Thus a risky asset can be valued in either of thefollowing ways:
Using risk adjusted discount rates
Using adjusted cash flows
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DCF Value using risk adjusted discount
rates
A higher discount rate is used to discount the expectedcash flows arising out of more risky assets and lowerdiscount rate for the less risky assets
Where
n=life of the asset in number of years E(CFt)=expected cash flow from the asset in the year t
r =risk adjusted discount rate applicable to the asset.
How to decide the correct discount rate?
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Correct Risk Adjusted Discount Rate
1. Risk-Return Models
2. Implied Discount Rates
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Risk adjusted discount rates: Risk Return Models
The answer to the previous question can be provided by the use of
risk return models e.g. CAPM, APM and Multifactor models
According to CAPM:
Expected rate of return = Risk-free rate + Beta x Market risk
premium
Where
Risk-free rate is the market rate of interest on govt.
securities
The market risk premium (also called equity risk premium) isthe excess return expected on the market index over the
risk-free rate = RMRF
Beta is the risk parameter that is specific to the asset
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Risk adjusted discount rates: Risk Return Models
1. Risk-free rate of return: Yield on T-bills
Yield on long term G-secs
2. Market risk premium: RMRF
Historical premiums OR
Prospective premiums
3. Beta:
Historical beta OR
Bottom up beta
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Risk adjusted discount rates: Risk Return Models
The APM and the multi-factor models are
extensions of the CAPM Risk free rate would remain the same but risk
premium and betas have to be calculated for eachrisk factor
Each beta measures the exposure of the asset tothe underlying risk factor
Each beta can be historical/bottom up estimate
In APM the factors are unspecified market riskfactors while in Multi-factor models, these arespecified macroeconomic factors
Proxy models use firm specific factors as proxies
for risk
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Risk adjusted discount rates: Risk Return Models
Caveats:
CAPM is simple but makes restrictiveassumptions viz. quadratic utilityfunction, normally distributed returns
All risk-return models (CAPM & others)assume that investors maintain welldiversified portfoliosso the relevantmeasure of risk is not the total risk butthe risk added on to a diversifiedportfolio by including the asset (Beta)
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Risk adjusted discount rates: Implied Discount Rates
Implied discount rate can be calculated on the basis of the following
relationship:
The implied discount rate does not require any assumptions on theinvestor utility and the return distributions as made in the risk-
return models. However it suffers from the following limitations
due to which it has not been popular:
1. It cannot be applied in case of non-traded assets because it can beapplied only if the asset is traded and has a market price.
2. Further even if the asset has a market price it assumes that the
asset is correctly priced. However due to market imperfections an
asset may not always be correctly priced.
rateGrowthRateDiscountadjustedRisk
yearnextflowcashExpectedValueMarket
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Risk adjusted discount rates: Implied Discount Rates
Two techniques to get around the second problem:
1. Calculate the implied discount rate for everyasset belonging to same risk class at a specificpoint of time and average them out. Assumption:
All assets belonging to the same risk class havethe same risk and the average risk adjustedreturn should be applicable to all of them.
2. Calculate the implied discount rate for the same
asset in several consecutive years over a longperiod of time and average them. Assumption:Risk adjusted discount rate does not change overtime & averaging over several consecutive years
is the best estimate.
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Examples
1. The current level of S&P 500 index is 900,
the expected dividend yield for the next
period is 3 percent approx. the long term
expected growth rate in dividends is 6percent. Calculate the implied rate of
return required on the market & implied
market risk premium. Use this informationto calculate the required rate of return for
a stock having a beta of 1.20.
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Examples
2. The S&P 500 index on January 1 of 2011 was at
1248 approx. The dividend yield on the index in the
previous year was 3.34 percent approx. The market
in general expects that the earnings & dividends of
the companies in the index will grow at 8 percentfor next five years followed by a constant growth
rate of 4.39 percent thereafter. The yield on 10 year
govt. bonds was 4.39 percent as on Jan 1, 2011.
Calculate the implied rate of return required on the
market and the implied market risk premium. Use
this information to calculate the required rate of
return for a stock with beta 1.50.
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Examples
3. A commercial property is likely to generate
cash flow of Rs. 3.20 lakh next year. The cash
flows from the assets are growing at a long
term rate of 6% and the asset has a market
value of Rs. 88 lakh at present. Calculate theimplied discount rate for the asset.
4. Over a 7 year period the Sensex has grown
from 5000 to 15000. During the same periodyield on 10 year govt. bonds have averaged 9%.
Calculate the historical rate of return on the
market and the historical risk premium.
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Risk adjusted discount rates: General Issues
A. Single period models and multi-period cash flows
Most of the models discussed earlier are single periodmodels while the cash flows are generated over multipleperiods in future, but the same risk adjusted discount rateis used for all future periods
Underlying assumption: systematic risk & market riskpremium will not change over time
This assumption is violated when an asset has potential forgrowtha. systematic risk under growth conditions tendsto be more than that in the absence of growth; b.
systematic risk under growth conditions tends to changeover time
Thus systematic risks & growth potentials may change overtime and so risk adjusted discount rates should be changed
for each consecutive year. Que: By how much?
k d d d l
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Risk adjusted discount rates: General Issues
B. Composite discount rate versus item-specific
discount rate Expected cash flows used in the DCF models are
the net of expected cash inflows & outflows in
different years; moreover inflows/outflows will
consist of several components
If the inflows & outflows or the different
components of cash flows have different
exposures to systematic risk factors using the
same risk adjusted discount rate for discounting
all components of cash flows is not appropriate,
even in any particular period
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Risk adjusted discount rates: General Issues
C. Negative versus positive cash flows
The same discount rates would affect thenegative cash flows differently vis--vis thepositive cash flows due to the discounting effect
Due to the discounting effect the Negative cashflows will be smaller in negative terms
The higher the discount rate the lower will be
the magnitude of the present value of thenegative cash flows
This may increase the NPV of the asset
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Risk adjusted discount rates: General Issues
C. Negative versus positive cash flows
Some experts suggest using a lower discount ratefor negative cash flows & higher rate for positivecash flows
Using different discount rates for differentcomponents during the same periods will beinternally inconsistent
Using lower discount rate for the negative cash
flows will be reasonable only if they are morepredictable & stable than the positive cash flows;not just because they are negative
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DCF Value Using Certainty Equivalent Cash Flows
An alternative technique is to adjust the expected cash
flows for risk Expected cash flows which are uncertain due to the
influence of risk are adjusted to derive cash flows whichare certain to occur (and hence free from risk)
These adjusted cash flows are called certaintyequivalent cash flows
Certainty equivalent cash flows may be considered to
be risk-free guaranteed cash flows that are equivalentto the uncertain expected cash flows under risk.
How do we estimate the Certainty Equivalent Cash flows?
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Estimation of Certainty Equivalent
Cash Flows
Three approaches:
A. Utility based approach
B. Risk-return model based approach
C. Cash flow Haircuts
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Certainty Equivalent Cash Flows (CECF)
A. Utility based approach:
Because certainty equivalent is a risk-free cash flow that iscertain to occur & it provides the same utility as theexpected utility of the risky outcomes it is a function of therisk aversion of the decision makers
The greater the risk aversion the lower the CECF & viceversa
Issues:
However risk aversion differs from individual to individual(or firm to firm)
Utility functions may be different for different individuals
Hence same investment may have different set of CECF for
different investors
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CECF
A. Utility based approach
How do we derive a utility model foran individual / firm?
Because the utility function is a
mathematical function, CECF derivedon the basis of such functions may turnout to be negative for positive riskycash flows for extremely risk averseindividuals
Many utility functions have failed toexplain individual / firm behaviour in
practice
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CECF
B. Risk-Return Model based approach:
This approach uses the risk premium embedded in the risk
adjusted discount rate derived from the risk-return models
to calculate the CECF
For any year the compounded value of the risk premium isused to discount the uncertain cash flow in order to derive
the CECF for that yearhence the risk premium is also
called Compounded Risk Premium
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CECF
A. Risk-Return Model based approach: For any year t the CECF can be calculated
as:
Where:CECFt= Certainty Equivalent Cash Flow for
year t
t= Certainty equivalent coefficient foryear t=
)E(CFCECF ttt
t
t
f
r)(1
)r1(
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CECF
t= Certainty equivalent coefficient for year t
= =
Risk premium embedded in the risk adjusted discount rate =
t
t
tr)(1)r(1
f
tf
t
)r(1
r)1(
1
tPremium)Risk1(
1
1-
)r(1
r)1(
f
CECF
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CECF
The effects of this type of adjustment are
Uncertainty increases with futurity
Hence Uncertainty has a compounding
effect over time; so the cash flows that arefurther into the future will have lower
certainty equivalents than the earlier cash
flows The more uncertain cash flows have lower
certainty equivalents.
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DCF Value Using Certainty Equivalent
Cash Flows
(C) Trimming the Cash FlowsCash Flow
Haircuts
Reduction of the uncertain cash flows by
subjective judgment instead of adjusting thediscount rate
But reduction of cash flows may be subjective
based on individual perception e.g. more riskaverse investor would reduce the cash flows more
as compared to less risk averse investor
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Risk Adjusted Discount Rate Versus
Certainty Equivalent Cash Flows
Adjusting the cash flow by the certainty equivalent, and then
discounting the resulting cash flow by the risk-free rate is equivalent
to discounting the uncertain cash flow by a risk adjusted discount rate
However in some situations the two approaches will result in different
outcomes
When risk premiums change over time, certainty equivalent
approach is better to use.
Both approaches will give different outcomes , when certainty
equivalents are derived through subjective judgments while riskadjusted rate is derived through risk return models.
Negative cash flows are treated differently by the two approaches
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Hybrid Models
Risk-Return based approach & CE approach have
their own comparative merits It is easier to estimate the parameters of risk-
return models and so adjust the risk baseddiscount rate for some market-wide risk factors
Eg. Interest rate volatility, purchasing power risk,economic cycles & variations in economic growth
The above risk factors tend to operate in a
continuous manner and affect the investmentreturns on a continuous basis
For such risks it is easier to adjust the discount
rate instead of cash flows
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Hybrid Models
There are other types of market riskssudden political
changes, changes in govt. policies, economicdisruptions etc.
Further there can be market risk factors that can be
contingent upon occurrence of definite eventssudden price rise / fall due to sudden disturbances in
supply-demand balance
These are discontinuous market risk factors; they occur
less frequently but can have a great impact on value
It is generally easier to adjust the expected cash flows
for such risks if the cost of protection is known
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Hybrid Models
Continuous market risk factors: volatility ofinterest rates, economic cycles & inflation
Discontinuous market risk factors:economic policy changes or political risks(change in govt. or others)
Contingent market risk factors: suddenincrease/decrease in commodity pricestriggered by certain conditions
Firm-specific risks: IR problems, Technology
risks, Competition risk
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Hybrid Models
Different types of risk factors can be more
conveniently adjusted in differentcomponents of the fundamental valuation
model
Adjustment for continuous market risk factors
can be conveniently done in discount rate
Adjustment for discontinuous market riskfactors & contingent risk factors can be
conveniently done in cash flows
Firm specific risks may be treated selectively
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Hybrid Models: Caution
Adjusting both cash flows and discount ratesubjectively can lead to double adjustment for the
same risk factors
To prevent this a 2-step procedure should befollowed:
1. Classify the risks that an investment / asset /
project faces2. State explicitly how the risks will be adjusted for
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Example: Damodaran
Table 5.2 (p 113), Table 5.3 (p 114), Table 5.4
(p 115), Table 5.5 (p 116)
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DCF Risk Adjustment: Merits & Demerits
Use of risk return models for risk adjustment is
more standardized, transparent, understandablefor those who might examine the valuationmethodology & are flexible to changes.
Further they are explicit about the risks adjustedfor & the risks that are not
However these models are based on assumptionson how the investors & markets behave but the
reality may be quite different
The correct impact of risks may not be capturedwholly in the discount rate and cash flows
l k d
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Post-Valuation Risk Adjustment
An approach to risk assessment and adjustment is
to find out the value of a risky asset / investment/project as if there were no risk involved and then
to adjust the risk-free value for the risk involved
Adjustments may be: Discounts / Premiums
Common practice: Some risks adjusted in discount
rate, others adjusted post-valuation
2 steps:
1. Calculate the risk-free value: Base case value
2. Adjust the base case value for the risks
l k d
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Post-Valuation Risk Adjustment
Justification for Post-Valuation Adjustment
Downside Impact: Someassets/investments may not be veryactively traded and hence involve anilliquidity risk; such risks can not beadjusted in discount rates
Upside Impact: Similarly premiums may beapplied in the post-valuation adjustment if
there are concerns that the expected cashflows do not fully reflect the potential forupside benefits in some risky investments
l i i k dj
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Post-Valuation Risk Adjustment
Adjustment for Downside Risks:
Most common downside risk: Illiquidity
May be associated with following assets:
a. Stocks of closely held cos.
b. Real estate
c. Precious metalsbullion / jewelry
d. Antiquee. Fine art
f. Stamps
g. Private businesses/cos.
P V l i Ri k Adj
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Post-Valuation Risk Adjustment
Adjustment for Downside Risks: Illiquidity Risk
It may be measured through the implicit/explicitcosts associated with liquidation of assets
For publicly held stocks of listed cos. following are
the liquidation costs: commission or brokerage to the broker
Bid-ask spread of the broker
Price impact of the stock when buy or sellorder is placed by the investor - depends onthe nature of stock & type of investor
Opportunity costtiming & need to wait
D id Ri k Illi idi Ri k
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Downside RiskIlliquidity Risk
These costs will vary based on the characteristics of
the assets The costs associated with liquidation of stocks of
closely held companies (e.g. private limited
companies and unlisted public limited companies) or
real assets are much higher than those for publicly
traded stocks (widely held cos.)
Real assets include gold, real estate, fine art, stamps,
antiques etc Transaction costs are least for assets such as gold &
silver because they are traded in standardised units
D id Ri k Illi idi Ri k
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Downside RiskIlliquidity Risk
Commissions payable on realestate depend on:
a. Type of real estateresidential
or commercialb. Value of the propertyc. Location & local conditions
Commissions will be far in excessof that payable on financialassets
D id Ri k Illi idit Ri k
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Downside RiskIlliquidity Risk
For assets such as fine art the
commissions may be as high as 15-20
percent of the value because:
Fewer intermediaries Fine art (& Real estate) are not
standardised items
Experts are involved in valuation, &they charge significant fee thus raising
the transaction costs
D id Ri k Illi idit Ri k
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Downside RiskIlliquidity Risk
The transaction costs involved in buying
& selling of private businesses tend tobe very high
Depend upon the size of business,
quality of assets, nature of liabilities &profitability
There is no organised market forbuy/sell of business entities whichentails further costs for searching thebuyer or seller
Do nside Risk Illiq idit Risk
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Downside RiskIlliquidity Risk
Hence investors in private equity
and venture capitalists have to
provide for illiquidity of their
investments while assessing thevalue of such investments.
So transaction costs of illiquid assets
can be substantial and are higher
than those for the liquid assets.
lli idi i k i i l id
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Illiquidity RiskEmpirical Evidences
Bond market:Liquidity matters for all types of
bonds but it matters more for risky
bonds than for safer bonds
Liquidity differs across bonds issued
by different entities and also acrossdifferent bonds issued by same issuer
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Illi idi Ri k E i i l E id
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Illiquidity RiskEmpirical Evidences
Venture Capital & Private Equity (PE) Investors provide funding & want a share in ownership
of these businesses.
These investments are highly risky and mostly illiquid
Hence investors discount more on worth of the business
Thus the higher the discount, the lower the intrinsic
value & the larger the proportion of ownership claimed
for the amount of funding provided An estimate of the amount of illiquidity discount:
difference between the returns earned by PE investors &
those who invest in listed cos.
Illi idi Di C P i
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Illiquidity DiscountCommon Practice
Fixed illiquidity discount for valuation ofPE Or
Range of discount with the exact
amount of discount in that range being
determined by the subjective judgment
of the analyst
Other Types of Discount
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Other Types of Discount
Companies belonging to regulated industries are
exposed to unfavourable regulatory changes Those that are subject to possible litigations will
be discounted by the analysts during the
valuation exercise Adjustments for such risks are typically in the
form of post-valuation discounts because thesame are generally difficult to be incorporated in
the discount rate
Extent of discount reflects the analysts own riskaversion
Post Valuation Risk Adjustment: Premiums
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Post-Valuation Risk Adjustment: Premiums
This is particularly important in the contextof corporate restructuring
Adjustment for Upside Risks:
Control premium
Synergy Premium
Adjustment for Upside Risks
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Adjustment for Upside Risks
Control premium:
The potential value that can be created if acompetent & effective management replaces
existing incompetent management, & controls
the firm Adjusting for the control premium: Adding a
premium to the existing value of the firm (status
quo value)
Assumption: functioning of the incumbent
management team is not optimal & can be
improved upon by a better management team.
Adjustment for Upside Risks
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Adjustment for Upside Risks
Synergy premium:
Synergy refers to the scope for
additional value creation by a
combination of several firms that leadsto new opportunities otherwise not
available to the firms operating
independently
Operating synergies & Financial
synergies
Adjustment for Upside Risks
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Adjustment for Upside Risks
Synergy premium
Operating synergies: Additional value creation fromthe operations of the combined firm & includes
factors: economies of scale, better bargaining power
vis--vis suppliers & customers and higher growthpotential; generally reflected in increased expected
cash flows after combination
Financial synergies: Additional value that can be
created as a result of tax benefits, diversification of
risk, higher debt capacity & returns generated by the
use of excess cash; generally reflected either in the
form of increased cash flows or lower discount rate
Limitations of Post Valuation Adjustments
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Limitations of Post-Valuation Adjustments
Double counting: These risks (downside/upside)
can be double counted, if the analyst has already
taken them into consideration while estimating
the discount rates and cash flows
Basis of adjustment: Difficulty to arrive at the
amount of the premiums or discounts that is to be
used and the basis for the same
Bias: Individual biases can creep into valuation
process due to the subjectivity of the technique
Relati e Val ation Approach
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Relative Valuation Approach
Does not assume a DCF framework Very popular approach owing to its
apparent simplicity Assets are valued on the basis of how
the market values similar assets
Widely used in capital markets; can be
applied in other markets as well
Relati e Val ation Basis
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Relative Valuation: Basis
Value of an asset is arrived at from thevalue of 'comparable' assets, and this
process is standardized by using a
common variable Rests on two basic components:
a. Concept of comparable assetsb. Standardized price
Relative Valuation Basis
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Relative Valuation: Basis
a. Comparable/similar assets: Assets similar in terms of cash
flows, risk and growth potential In corporate valuation it is
assumed that other cos. in the
same line of business as the one
being valued are comparable cos.
Relative Valuation: Basis
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Relative Valuation: Basis
b. Standardized price:
A standardized price is calculated by dividing
the market price by some quantity that can
be logically related to that value; multiplescan be compared across comparable
companies
Commonly used multiples in valuation ofequity shares: Price/Earnings multiple,
Price/Book value multiple, Price/Revenues
multiple
Relative Valuation: Basis
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Relative Valuation: Basis
This approach may be used in real asset valuation
because it is easy to find out similar or identicalassets
For valuation of stocks of listed cos. this approachhas following limitations:
a. Non-availability of similar stocksevery co. isunique in itself; so definition of comparable assetsis extended to include companies that are different
from the one under considerationb. Different multiples calculated with respect to
different bases can result in different assessmentfor the same company
R l i V l i Ri k Adj
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Relative Valuation: Risk Adjustment
Risk adjustment process is very
unsophisticated
Based on strong assumptions
Adjustments are implicit &
subjective
R l i V l i Ri k Adj I
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Relative Valuation: Risk Adjustment Issues
Sector Comparison
Size / Market cap
Ratio-based comparisons
Statistical approach
Relative Valuation: Risk Adjustment Issues
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Relative Valuation: Risk Adjustment Issues
Sector Comparison:
Assumption: All firms in the same industry
(FMCG, Technology) are in equivalent risk class;
hence their P/E multiples are comparable
As risk characteristics of firms in a sector tend to
diverge increasingly this approach will give
misleading estimates of firm value
Thus firms with higher risks may be overvalued
and those with lower risks may be undervalued
Relative Valuation: Risk Adjustment Issues
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Relative Valuation: Risk Adjustment Issues
Firm Size:
Generally firm size is estimated in terms of revenues
or market cap
If there are many firms within the same sector then
generally analysts compare firms of similar size
Assumption: Riskiness differs across firms of
different sizes; firms of different size should be
priced at different multiples of book value, earnings
and revenues
Relative Valuation: Risk Adjustment Issues
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Relative Valuation: Risk Adjustment Issues
Statistical approach:
Regressing the P/E Multiples against
some measure of risks e.g. Beta,
market capitalization, S.D. of earnings
or stock price etc.
This approach could be used to findout whether valuation multiples
differ for riskier cos & safer cos
DCF Valuation Versus Relative Valuation
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DCF Valuation Versus Relative Valuation
Risk adjustment in DCF approach is explicit
and systematic whereas it is ad hoc andarbitrary in the relative valuation approach
Risk adjustment in DCF is more time and dataintensive whereas relative valuation is lesstime consuming and requires less data
DCF approach is less dependent on marketefficiency while relative valuation critically
depends on the assumption that market isefficient & prices the assets correctly (hencevalue multiples are a good measure of theequity value of a firm).
Risk Adjustment in Practice
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Risk Adjustment in Practice
Common practice is to make multiple
adjustments using the four major
approaches discussed so far.
But it may become difficult to review andrevise the risk adjustment due to various
approaches used
There is a possibility of multiple adjustmentsfor the same risk being done in the value
estimate