FRM- 2 Flashcards

1
Q

Return on Portfolio of 2 Assets

A
  1. Weighted- Average of Returns on Individual Assets

2. Investor to Invest Fully

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2
Q

Standard Deviation of Portfolio of 2 Assets

A
  1. Not Weighted- Average of Standard Deviation of Returns on Individual Assets
  2. Cross- Terms are Involved and Weights Do Not Add to One
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3
Q

Standard Deviation

A

Volatility of Returns

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4
Q

Delineating

A

Representing Pictorally

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5
Q

Correlation

A

+1 To -1

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6
Q

Correlation= +1

A
  1. Nothing has been Gained from Diversifying

2. Straight Line in Return- Risk Space

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7
Q

Correlation= -1

A
  1. Less Risk
  2. Positive Investments in Both Assets is Required to Have a Zero- Risk Portfolio
  3. Graph is Between Risks of Both Securities and Zero- Risk
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8
Q

Power of Diversification of Investments

A

Reduce Risk

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9
Q

For Correlation Between -1 & +1

A
  1. Graph will Lie in the Region Between Straight Line for Correlation +1 & Correlation -1
  2. Positive Investments
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10
Q

Value of Correlation Can Be Such That

A

Minimum Risk of Portfolio Cannot Be Less Than the Risk of Least- Risky Asset in the Portfolio

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11
Q

Portfolio Possibility Curve

A

Curve Along Which All Possible Combinations of Assets Must Lie in Return- Risk Space

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12
Q

Concave Curve

A
  1. Higher- Return and Higher- Risk

2. Return of the Portfolio Will Be Greater Than for Same Portfolio With Correlation =+1

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13
Q

Convex Curve

A
  1. Higher- Return and Lower- Risk

2. Risk of a Portfolio Will Be Less Than for Same Portfolio With Correlation =+1

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14
Q

Minimum Variance Portfolio

A

Value of Investment

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15
Q

Combination of Two Portfolios of Same Assets

A

Is a Portfolio of That Same Assets

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16
Q

In All Possible Combination of All Risk Assets, Investors Look For

A
  1. Higher- Return With Same Risk

2. Lower- Risk With Same Return

17
Q

Efficient Frontier

A
  1. Between Global Minimum- Variance Portfolio and Maximum Return Portfolio
  2. Concave Curve
18
Q

Short Sale

A
  1. Selling a Security Without Owning It
  2. Borrowing a Security and Selling It
  3. Borrowing Cost is Same as Expected Return on Security Borrowed or Dividend on the Security If Any
19
Q

Effect of Short Sale on Efficient Frontier

A
  1. No Upper Bound

2. Lower Bound Remains Global Minimum Variance

20
Q

If Short Sale is Done Using Selling of Security With Higher Return

A
  1. Leads to Higher- Risk (Obvious)

2. Leads to Lower- Return Due to a Negative Term in the Equation For Expected Return of Portfolio

21
Q

Separation Theorem

A

Ability To Determine the Optimum Portfolio Without Having to Know Anything About The Investor

22
Q

Rotating the Ray of Efficient Frontier With Risk-less Lending and Borrowing Counter- Clockwise

A

We Can Get The Tangent to the Efficient Frontier of Portfolio

23
Q

Beyond Tangent We Cannot Go

A
  1. Since Efficient Frontier Shows All Possible Combinations

2. No Line Lies Above the Tangent Line

24
Q

Considerations In Determining Inputs

A
  1. Inflation- Adjusted Inputs
  2. Input Estimation Uncertainty
  3. Correlation Over Different Time-Periods
  4. Short- Horizon and Long- Horizon
25
Need of Inflation- Adjusted Inputs When
Investment Horizon is Measured Over Decades
26
T-Bills Are
Partial- Inflation Hedge
27
Returns Have To Be Adjusted for
Inflation in the Previous Years and in the Coming Years
28
Historical Analysis Based on Longer Time Period
Is Able To Capture the Changing Pattern in Much More Detail
29
Characteristics of Security Returns
Changes Over Time
30
Bayesian Analysis
Variance of Predictive Distribution of Returns
31
Correlation Also Changes Over Time
1. Due to Macro-Economic Conditions | 2. E.g. Correlation Between International Market Index
32
Increase in Inflation Uncertainty
Stock- Bond Correlation Rises
33
Short Time- Horizon Vs. Long Time- Horizon
1. If Returns for Each Year Are Auto-Correlated then Risk Depends Upon Which Time- Horizon is Taken 2. E.g. T- Bills
34
T- Bills Are Auto- Correlated
1. Standard Deviation Lower for Lower Time- Horizon | 2. No Effect on Return
35
When Value of X for Which We Get Minimum Variance Portfolio is Positive
It Means Some Combinations of Risky Assets Are Not Efficient
36
When Value of X for Which We Get Minimum Variance Portfolio is Positive
1. It Depends on Correlation | 2. Exploits Diversification of Portfolio
37
Efficient Frontier With Tangent Portfolio
3 Possibilities: 1. Risk-Less Borrowing Allowed 2. Risk-Less Borrowing Not Allowed 3. Risk-Less At A Different Risk- Free Rate
38
Risk-Less Borrowing Not Allowed
After Tangent, Same As Efficient Portfolio of Risky Assets
39
Risk-Less At A Different Risk- Free Rate
1. Two Points of Tangent | 2. Some Portfolios in Which Investors Can Apply Which Are Between Two Tangent Points