Advanced Investments Flashcards

0
Q

NYSE

A

4:00pm previous day is last recorded rate but closing time to current days opening time at 9:30am stock price can change

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1
Q

Equity Return characteristics

A
  1. Ownership- voting rights and dividends
  2. Residual Claim- last in line for liquidation
  3. Limited liability- maximum loss is initial investment
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2
Q

Higher Order moments

A

Return distributions

  1. Mean
  2. Variance
  3. Skewness
  4. Kurtosis
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3
Q

Soreness

A

Lopsided around its mean

To left- more chances of realizing extreme negative returns

To right- positive skewness, more chances of realizing positive returns

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4
Q

Kurtosis

A

Distribution has fat tails

Bigger tail- bigger chances of realizing very negative returns and positive returns

  • depends on personal preference
  • normal kurtosis = 3
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5
Q

R-squared

A

Measures the amount of variation in the dependent variable (y) that is explained by the regression equation

Always between 0 and 1

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6
Q

T-stay

A

> 2 indicates the regression coefficient is statistically reliable

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7
Q

Regression coefficient

A

Is beta

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8
Q

SMB

HML

UMD

A

SMB - small minus big – buying small stocks and simultaneously selling short large stocks

HML - high minus low – high book to market ratio
High = value
Low = growth

UMD - up minus down – buy recent winner stocks and sell recent loser stocks

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9
Q

S&P 500 vs Dow Jones

A

Dow jones - 30 large blue chip corporations, oldest in U.S., price weighted average

S&P 500 - market value weighted

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10
Q

Arithmetic average vs Geometric average

A
  1. Arithmetic average will always be larger than geometric average as long as the variance is not zero
  2. Geometric average return describes the same cumulative performance as the sequence of ACTUAL returns
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11
Q

Investment return equation

A

= p[(GAR + 1)^n - 1] + p[(GAR + 1)^n - 1]

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12
Q

Successful diversification

A
  1. Make sure securities are from different sectors/industries
  2. Rebalance portfolio
  3. Hold more securities than standard textbooks due to more competition (>60 – average level of idiosyncratic risk has been increasing)
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13
Q

Two Fund Separation Theorem

A
  1. All portfolios on the frontier can be generated by a weighted combination of any two portfolios on the frontier
  2. Any weighted combination of minimum variance portfolios is also on the frontier
  3. We only need to find two portfolios on the minimum variance frontier and we can generate all portfolios on the frontier
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14
Q

Capital Market Line assumes

A
  1. There are no transaction costs
  2. A risk free security is available
  3. All investors have the same beliefs about returns and covariances
  4. All investors are rational mean-variance optimizers

= all investors will hold a portfolio that contains the risk free asset and the tangency portfolio on the efficient frontier

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15
Q

CAPM

A
  1. Market is in equilibrium - buyers find sellers, perfectly matched
  2. Linear relationship between stocks market Beta - security market line
16
Q

CAPM equation intuition

A

E(r) = time value of moment + market risk x price of risk

17
Q

R-squared

A

R-squared = (Bjm^2 x om^2)/oj^2

=systematic / total

18
Q

Regression of one of stocks on return of portfolio beta and r-squared

A

Beta = Cov(r, r p)/ variance of portfolio

R-squared = [Cov(r, r p)/(Sd of k x Sd of p)]

19
Q

If asset plots on the CML, the correlation between asset and market portfolio is

A

1

20
Q

If asset plots on the SML, the correlation between asset and market portfolio is

A

+1 only if on SML at equilibrium

21
Q

When CAPM is in equilibrium

A

The expected return is equal to the required return ALWAYS

22
Q

In CAPM equilibrium assets with beta > 1 expose investors to firm specific risk when

A

Borrow and invest in market only

23
Q

Hurdle rate

A

Determined by the projects beta not the firm beta