Lecture 1 - Risk & Return Flashcards

1
Q

What is portfolio management?

A

Determining the mix of assets to hold in a portfolio

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2
Q

Asset Classes

A
  • Stocks
  • Bonds
  • Cash
  • Real Estate
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3
Q

Non-Traditional Asset Classes

A
  • Options, Derivatives, Futures
  • Commodities
  • Hedge Funds, Private Equity
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4
Q

What is a 60/40 portfolio?

A
  • 60% Equities
  • 40% Bonds
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5
Q

Portfolio Strategies

A

Active & Passive

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6
Q

Active Portfolio Manager Goal

A

Beat an index

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7
Q

Passive Portfolio Manager Goal

A

Maintain index return

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8
Q

Factors Influencing Interest Rates

A
  • Supply
  • Demand
  • Government’s Net Supply/Demand
  • Expected Rate of Inflation
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9
Q

Correlation between interest rates & fund supply

A
  • As interest rates increase, fund supply increases because people are willing to lend money due to high interest rates
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10
Q

Correlation between interest rates & fund demand

A
  • As interest rates increase, fund demand decrease because borrowing becomes more expensive
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11
Q

Nominal interest rate = ?

A

R

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12
Q

Real interest rate approximation formula = ?

A

r = R - i, where i = inflation

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13
Q

Real Interest Rate Formula = ?

A

r = (R - i)/(1 + i) - 1

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14
Q

HPR Meaning

A

Holding Period Return

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15
Q

HPR Formula #1 = ?

A

HPR = (P1 - P0 + D1)/P0

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16
Q

HPR Formula #2 = ?

A

HPR can either be nominal or real so you would use the nominal/real interest rate formula

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17
Q

Expected Return Formula

A

E(r) = Σ p(s)r(s)

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18
Q

Variance (VAR) Formula

A

σ^2 = Σ p(s) x [r(s) - E(r)]^2

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19
Q

Variance (VAR) Formula if no probabilities are given

A

σ^2 = 1/n Σ [r(s) - r (mean)]^2

20
Q

Standard Deviation (STD) Formula

A

√σ^2

21
Q

Excess Return

A

The difference in between the actual rate of return on an asset and the actual risk-free rate

22
Q

Risk Premium

A

The difference between the expected HPR on a risky asset and the risk-free rate

23
Q

Sharpe Ratio

A

Sharpe Ratio = (Expected Portfolio Return - Risk Free Rate)/Standard Deviation of Portfolio

24
Q

Risk Measures

A
  • Value at Risk (VaR)
  • Expected Shortfall (ES)
  • Lower Partial Standard Deviation (LPSD)
  • Sortino Ratio
25
Q

Value at Risk (VaR)

A

Measure of downside risk. The loss that will be incurred in the event of an extreme price change.

26
Q

Expected Shortfall

A

The expected loss on a security conditional on returns being in the left tail of the probability distribution.

27
Q

Another term known as expected shortfall is…..

A

Conditional Tail Expectation

28
Q

Lower Partial Standard Deviation

A

Uses only negative deviations from the risk-free return

29
Q

Sortino Ratio

A

Sortino Ratio = (Expected Portfolio Return - Risk Free Rate)/LPSD

30
Q

Intrinsic Value

A

Value calculated for equities using a specific model

31
Q

Market Price

A

Current price of the stock

32
Q

IV > MP means?

A

Buy

33
Q

IV < MP means?

A

Sell or Short

34
Q

IV = MP means?

A

Hold or fairly priced

35
Q

Three Cases of DDM

A

1) No Growth DDM
2) Constant Growth DDM
3) Multi-Stage DDM

36
Q

No Growth DDM Formula

A

P0 = DIV1/r

Note* DIV can also be EPS

37
Q

Constant Growth DDM is also known as the……..

A

Gordon Growth Model

38
Q

Constant Growth DDM only works when?

A

r > g

39
Q

Constant Growth DDM Formula

A

P0 = DIV1/r-g

or

P0 = DIV0 (1 + g)/r-g

40
Q

If the dividend is just paid for constant growth DDM, what formula do you use?

A

P0 = DIV0 (1 + g)/r-g

41
Q

If the dividend is paid at the end of the year or is next years dividend for constant growth DDM, what formula do you use?

A

P0 = DIV1/r-g

42
Q

What is the current price of a 7% coupon bond, paying semi-annually with 3 years to maturity, if market interest rates are 5%? The face value of the bond is $1000.

A

I/Y = 5%/2 = 2.5%
PMT = $1000/2 x (0.07) = $35
n = 3 x 2 = 6
FV = 1000

CPT PV = $1055.08

43
Q

What would your rate of return be if you purchase a 5-year bond paying an 8% coupon at $1,035 and sell it one year later when its yield to maturity drops to 6.2%? Assume the coupons are semi-annual and not reinvested.

A

Step 1: Find PV
PMT = 1000 x 8% = 80/2 = $40
FV = 1000
n = 4 x 2 = 8
i = 6.2%/2 = 3.1%
CPT PV = -$1062.91

Step 2: Find Rate of Return over holding period
Rate of Return = (Coupon Interest + Price Change) / Initial Price
Rate of Return = ($40 x 2 + ($1,062.91 - $1,035)) / $1,035 = 10.4262%

Step 3: Find Annual Rate of Return
Since there is a one year holding period, EAR = 10.4262%

44
Q

What was your one-year rate of return if you purchased a bond in 2022 at a 2% YTM and then sold it one year later when YTM increased to 4%? Assume a 2% coupon (paid semi-annually, 10 years to maturity (at purchase), par value $1000.

A

Step 1: Find PV
FV = 1000
PMT = (2% x 1000)/2 = $10
N = 20
i/y = 2%/2 = 1%
CPT PV = -$1,000

Step 2: Find selling price after one year
FV = 1000
PMT = $10
N=18
i/y=2%
CPT PV = -$850

Step 3: Find HPR
HPR = (Ending Price - Begin Price + CFs)/Beginning Price
HPR = (850 - 1000 + 20)/1000 = -13%

45
Q

Briefly explain why the 60/40 portfolio often has performed well for investors historically

A

Historically, stocks and bonds have proven to have a negative correlation. Combining assets with negative correlations provide portfolio managers with the best risk-return combinations.

46
Q

Why didn’t bonds help the 60/40 portfolio as a “diversifying” asset class in 2022

A

Since central banks cut interest rates to support the economy. When banks ease policy, bond yields drop and bond prices rise