Chapter 8 Flashcards

1
Q

the life of the common stock investment is

A

essentially forever bc common stock has no maturity

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2
Q

Pꜜ0 =

A

the current price of the stock

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3
Q

Pꜜ1 =
(Cash flows)

A

the price of the stock in one period

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4
Q

D1=
(Cash flows)

A

the cash dividend paid at the end of one period

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5
Q

R=
(Cash flows)

A

the required return in the market on this investment

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6
Q

Cash flows formula for
Pꜜ0 =

A

Pꜜ0 =
(Dꜜ1 + Pꜜ1) / (1 + R)

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7
Q

price of stock =
(cash flows)

A

its present value

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8
Q

if the dividend is alwasy the same, the stock can be viewed as an ordinary perpetuity with a cash flow equal to D every period

A

zero growth

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9
Q

Pꜜ0 =
(zero growth)
formula

A

Pꜜ0 =
D / R
(the stock can be viewed as an ordinary perpetuity)
(AKA: present value of a perpetuity = payment / interest rate

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10
Q

a model that determines the current price of stock as its dividend next period dividend by the discount rate less the dividend growth rate

A

Dividend growth model

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11
Q

g =
(dividend growth model)

A

growth rate (must be less than the discount rate)

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12
Q

Dꜜ0 =
(dividend growth model)

A

the dividend just paid

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13
Q

Dꜜ1 =
(dividend growth model)

A

the next dividend

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14
Q

Pꜜ0 =
(dividend growth model)
formula

A

Pꜜ0 =
Dꜜ1 / (R - g)
(can be used to find the stock price at any point in time)
(AKA: Pꜜt = Dꜜt-1 / (R - g)

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15
Q
  • allows for supernormal growth rates over some finite length of time
  • requires the assumption that dividends start growing at a constant rate sometime in the future
  • future stock price falls one period before the constant growth begins
  • could have zero or uneven dividends for a certain time period prior to constant growth
A

Nonconstant growth

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16
Q
  • assumes the dividend will grow at a certain rate for certain numbers of years and then grow at another thereafter and forever
  • future stock price falls one period before the second stage of growth begins
A

two stage growth

17
Q
  • in the first stage of growth, the growth rate can be greater than the required return.
  • in the second stage of growth, the growth rate must be
A

less than the required return

18
Q

R =
(components of the required return)

A

the required return, or discount rate

19
Q

in the dividend growth model, R =
formula

A

R = (Dꜜ1 / Pꜜ0) + g

20
Q

R has two components in the components of the required return

A
  1. Dꜜ1 / Pꜜ0 / dividend yield
  2. g / capital gains yield
21
Q

Dꜜ1 / Pꜜ0 in components of the required return is

A

the dividend yield

22
Q

a stocks expected cash dividend divided by its current price

A

dividend yield

23
Q

g in components of the required return is

A

capital gains yield

24
Q

the divdend growth rate, or the rate at which the value of an investment grows

A

capital gains yield

25
Q

required return =
(components of the required return)

A

dividend yield + capital gains yield

26
Q

the ratio of a stocks price per share to its earnings per share (EPS) over the previous year

A

Price to earnings (PE) ratio

27
Q

Price at time t =
(Price to earnings (PE) ratio)

A

Price at time t =
benchmark PE ratio * EPSꜜt

28
Q

A PE ratio that is based on estimated future earnings

A

Forward PE ratio

29
Q

Price at time t =
(forward PE ratio)

A

price at time t =
benchmark PE ratio * EPSꜜt+1

30
Q

dont look at difference in stocks besided something and common
if in book and not in lecture or recitation dont worrya bout it

A