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Part 3: Stock Valuation

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Title: Part 3: Stock Valuation


1
Part 3 Stock Valuation
  • Organisation
  • Common Stock Valuation Growing perpetuity
    formula
  • Two-stage model
  • Price-to-Earnings Ratio
  • Free Cash Flow Approach

2
3.1 Concept of Stocks
  • Firms raise money in stock market. If you
    purchase the shares, then you are one of the
    owners of the company.
  • You are entitled to share the profit made by the
    company.
  • You also have the voting right for major
    corporate decisions, such as electing the board
    of directors, and deciding whether to accept
    another firms offer of takeover.
  • Firms pay their stockholders cash semi-annually
    in Australia. These payments are called
    dividends.

3
3.2 Common Stock Valuation
  • The fundamental theory of valuation The value
    today of any financial asset equals the present
    value of all of its expected future cash flows.
  • The value of a firms stock is the discounted
    (expected) dividend cash flows.

4
3.3 Stock Valuation The Zero Growth Case
  • If all future dividends are the same, the
  • present value of the dividend stream
  • constitutes a perpetuity, which is equal
  • to C/r or, in this case, D1/r.

5
3.4 Example 1
  • Question Cooper, Inc.s common stock currently
    pays a 1.00 dividend, which is expected to
    remain constant forever. If the required return
    on Cooper stock is 10, what should the stock
    sell for today?
  • Answer P0 1/.10 10.
  • Question
  • Given no change in the variables, what will the
    stock be worth in one year?

6
3.4 Example 1 (concluded)
  • Answer One year from now, the value of the
    stock, P1, must be equal to the present value of
    all remaining future dividends. That is,
  • P1 D2/r 1/.10 10.
  • In the absence of any changes in expected
    dividend flows (and given a constant discount
    rate), there is no reason to expect capital gains
    from such a no-growth stock.

7
3.5 Stocks Paying Dividend with Constant Growth
Rate
  • In reality, investors generally expect the firm
    (and the dividends it pays) to grow over time. As
    long as the rate of change from one period to the
    next, g, is constant, we can apply the growing
    perpetuity model

8
3.6 PV of a growing perpetuity
  • PV of growing perpetuity next periods cash
    flow / (discount rate - growth rate).
  • That is,

9
3.7 Example 2
  • Suppose the dividend next year is expected to be
    5 and afterwards the dividend is expected to
    grow by 6 per year forever. What should the
    stock price be? Assuming r 10.
  • Answer 5 / (.10 - .06) 5 / .04 125.
  • Note the dividend growth rate cannot be greater
    than the discount rate.

10
3.8 Stock Price Sensitivity to g
Stock price
50
45
D1 1 Required return, r, 12
40
35
30
25
20
15
10
Dividend growth rate, g
5
0
8
2
4
6
10
11
3.9 Stock Price Sensitivity to r
Stock price
100
90
80
D1 1 Dividend growth rate, g, 5
70
60
50
40
30
20
Required Return, r
10
6
8
10
14
12
12
3.10 Stock Valuation - The Nonconstant Growth
Case
  • For many growth firms, dividends are low but are
    expected to grow rapidly. As product markets
    mature, the dividend growth rate is then expected
    to slow to a steady state rate. How should
    stocks such as these be valued?
  • Answer P0 PV of dividends in the nonconstant
    growth period(s) PV of dividends in the steady
    state period.

13
3.11 Example 3
  • Suppose a stock has just paid a 5 per share
    dividend. The dividend is projected to grow at 5
    per year indefinitely. If the required return is
    9, then what is the price today? (131.25)
  • What will the price be in a year?
  • P1 ? (137.8125)
  • By what percentage does P1 exceed P0?
  • P1 exceeds P0 by 5 -- the capital gains yield.

14
3.12 Example 4
  • Find the required return
  • Suppose a stock has just paid a 5 per share
    dividend. The dividend is projected to grow at 5
    per year indefinitely.
  • If the stock sells today for 65.625, what is
    the required return?

15
3.12 Example 4 (Concluded)
  • Solution
  • P0 D1/(r - g) ?
  • (r - g) D1/P0
  • r D1/P0 g (Gordons Formula)
  • 5.25/65.625 .05
  • dividend yield ( .08 )
  • capital gains yield ( .05 )
  • .13 13

16
3.13 Dividend Growth Rate
  • Assume that the company reinvests (plows back)
    fraction b of its earnings, then the dividend
    growth rate is
  • ROE (Return on Equity) Earnings/Book value of
    equity.

17
3.14 Some useful definitions
  • Market capitalization Price x Number of shares
  • Book Value The value of the asset appears in the
    financial statement.
  • ROE (return on equity) Earnings / Book value of
    equity.
  • Market-to-book Market capitalization / Book
    value of equity

18
3.15 In-class Exercise
  • If the Rankine Company retains 40 of its
    earnings each year, and these earnings are
    reinvested to earn a 25 rate of return, what is
    the price of Rankines shares? Assuming r 15,
    and the latest dividend was 0.90 per share and
    was paid yesterday.
  • Assume that the Rankines growth rate is expected
    to be 10 for only a further 3 years, and is then
    expected to fall to 6 per year afterwards. What
    is the price of Rankines shares?

19
3.16 Example 5, two-stage model
Investment rate
40
Return on incremental investment
20
for terminal year and beyond
Cost of capital
10
Current
Terminal
Date
Year
Year
-1
0
1
2
3
Earnings
70


80


90


100


Payout
40


45


50


60


Retained
30


35


40


40


Equity
880


910


945


985


1,025


20
3.16 Example 5 (concluded)
Current
Terminal
Date
Year
Year
0
1
2
3
Payout
40


45



50
Terminal value
3,300


PV factor
100
91
83
75
PV of payout/terminal value
40.0


40.9


41.3


2,479.3


Total value
2,601.6


21
3.17 Price-Earnings Ratio
  • P-E ratio reflects amount investors are willing
    to pay for each dollar of current earnings. If a
    stocks P/E 20, investors are paying 20 dollars
    for each dollar of stock current earnings.
  • Using P-E Multiples approach, one estimates stock
    expected earnings per share (EPS) and times EPS
    by historical P-E ratio to arrive at stock value.

22
3.18 Why P-E Ratios Differ
  • Decompose stock price into two components

23
3.19 P/E Ratio and Valuation
  • P-E ratios are considered by some as indication
    of whether stocks are overvalued or undervalued.
    Comparison is made to historical or industry
    average ratios.
  • If a firms P/E ratio is high, then it could be
    that the PVGO is high, or r is low, or both. It
    is not necessary that the stock is expensive so
    you should sell.

24
3.20 Free Cash Flows
  • Free Cash Flow (FCF) to shareholders - Net cash
    flow after paying for future investments by the
    firm. This approach is useful when a firm does
    not pay dividends to shareholders currently.
  • When valuing a business, it is better to use FCF
    because FCF is more accurate measurement of firm
    financial position than either Div or EPS.

25
3.21 Valuing a Business Using Free Cash Flows
  • Value of a business is computed as discounted
    value of FCF out to a valuation horizon (H).
  • Valuation horizon is sometimes called terminal
    value and is calculated using growing perpetuity
    formula.
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