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Options III - Option Strategies - Eligibility Pre-Test

Princeton Energy Programme's Options III - Option Strategies is an advanced workshop that requires that delegates enter with an understanding of certain basic concepts. Entering this workshop without a grasp of the prerequisites may keep you from getting the most out of the class. In addition, since a good portion of the course is devoted to team exercises, it is important that all team members enter on a similar level.

The test below is not "graded". It is meant to give you an idea of how comfortable you are with the prerequisite material. If this test comfortably takes you one hour or less and you get 85% of the questions correct, you are prepared to enter the course. If, however, this test takes you more than one hour to complete, or you answer less than 85% of the questions correctly, we strongly urge you to consider taking the prerequisite courses for this workshop. The prerequisites for Options III - Option Strategies are Fundamentals of Energy Futures, Options I - Fundamentals of Energy Options, and Options II - Option Pricing and Applications.

We will review all of these tests to ensure all delegates are entering at a similar level.

If you would prefer to fax your completed questionnaire to us rather than submit it on-line, please click here for a printer-friendly version of the questionnaire.

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Have you already taken "Fundamentals of Energy Futures"?
YES
NO

Have you already taken "Options I - Fundamentals of Energy Options"?
YES
NO

Have you already taken "Options II - Option Pricing and Applications"?
YES
NO

  1. Which of the following is not a variable in the Black/Scholes option pricing model?
    1. Time until expiration
    2. Historical volatility
    3. Risk-free interest rate
  2. Delta is steepest __________________.
    1. In the money
    2. At the money
    3. Out of the money
  3. A positive delta means that ____________________________.
    1. The option will profit from an increase in underlying price
    2. The option premium will increase if the underlying price increases
    3. The option is in the money
  4. Which position would you prefer, to delta hedge a long underlying position if you want to minimize time decay?
    1. Long call
    2. Long put
    3. Short call
    4. Short put
  5. When is gamma at its highest?
    1. At the money, close to expiration
    2. In the money, close to expiration
    3. At the money, far from expiration
  6. Which have positive gamma?
    1. Long puts, long calls
    2. Short puts, short calls
    3. Short puts, long calls
  7. If futures are at $20.00 and volatility increases, which option will show the greatest increase in premium?
    1. $20.00 call with 30 days to expiration
    2. $20.00 put with 90 days to expiration
    3. $21.00 call with 90 days to expiration
    4. $21.00 put with 30 days to expiration
  8. Which will require the fewest option contracts to hedge an underlying position?
    1. In the money options
    2. At the money options
    3. Out of the money options
  9. Futures = $23.37
    Implied volatility = 23%
    $24 put = $0.96

    What is the time value of the $24 put?

    1. $0.33
    2. $0.63
    3. $0.96
  10. Which of these strategies can be used to reduce the cost of time decay? (check all that apply)
    1. Rolling long option positions to a later month two weeks before expiration
    2. Rolling short option positions to a later month two weeks before expiration
    3. Rolling long option positions to a month with two weeks before expiration
    4. Selling calls rather than buying puts
  11. Which of the following spread options is not available on the NYMEX?
    1. crack spread
    2. spark spread
    3. calendar spread
  12. Which of the following is a variable in spread option pricing models?
    1. The average spread level
    2. The seasonality of spread levels
    3. The expiration dates for options on the spread components
    4. The correlation between the spread components
  13. Due to put/call parity, which of these will be equal between puts and calls with the same strike price and expiration date?
    1. intrinsic value
    2. time value
    3. total value
  14. Which of the following is an estimate of how much an option delta will change for each unit change in the underlying price?
    1. delta
    2. gamma
    3. epsilon
    4. theta
  15. A synthetic long futures position is made by combining which of the following?
    1. Long call + short put with the same strike price and expiration date
    2. Short call + long put with the same strike price and expiration date
    3. Long call + short futures with different strike prices but the same expiration date
  16. The implied volatility of a $20.00 call and a $21.00 call, with the same expiration date, will always be equal.
    1. TRUE
    2. FALSE
  17. The implied volatility of a $20.00 call and a $20.00 put, with the same expiration date, will always be equal.
    1. TRUE
    2. FALSE
  18. Which generally happens as an option approaches expiration?
    1. Implied volatility stays steady
    2. Implied volatility decreases
    3. Implied volatility increases
  19. Futures = $23.42
    Implied volatility = 26%
    $24 put = $0.73

    What is the time value of the $24 call?

    1. $0.73
    2. $0.15
    3. $1.31
  20. Which type of volatility is calculated from past prices?
    1. Implied
    2. Intrinsic
    3. Open
    4. Historical
     

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