Deck 10: Multi-Step Binomial Trees

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Question
Compute the spot rate duration for a call option on a 1.5 year zero coupon bond with K = 99.00, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
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Question
In order to compute the spot rate duration do you use risk neutral prob- abilities or risk natural probabilities?
Question
You are given the following interest rate tree. Use it when required in the
exercises. You are given the following interest rate tree. Use it when required in the exercises.    -Using risk neutral pricing obtain the value for a put option on a 1.5 year zero coupon bond with K = 97.40, maturity at t = 1. Assume that p? = 0.7038 is constant over time.<div style=padding-top: 35px>

-Using risk neutral pricing obtain the value for a put option on a 1.5 year zero coupon bond with K = 97.40, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
Question
Using risk neutral pricing obtain the value for a straddle on a 1.5 year zero coupon bond with K = 98.00, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
Question
How realistic is it to speak about negative interest rate in nominal terms?
Question
You are given the following interest rate tree. Use it when required in the
exercises. You are given the following interest rate tree. Use it when required in the exercises.    -Using risk neutral pricing obtain the value for a call option on a 1.5 year zero coupon bond with K = 99.00, maturity at t = 1. Assume that p? = 0.7038 is constant over time.<div style=padding-top: 35px>

-Using risk neutral pricing obtain the value for a call option on a 1.5 year zero coupon bond with K = 99.00, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
Question
You are given the following interest rate tree. Use it when required in the
exercises. You are given the following interest rate tree. Use it when required in the exercises.    -Using risk neutral pricing obtain the value for a 1.5 year zero coupon bond. Assume that p? = 0.7038 is constant over time.<div style=padding-top: 35px>

-Using risk neutral pricing obtain the value for a 1.5 year zero coupon bond. Assume that p? = 0.7038 is constant over time.
Question
How realistic is it to speak about negative interest rate in real terms?
Question
Which of the following prices should be higher: a call option, a put option or a straddle. All of them have the same maturity, underlying security and strike price. Explain.
Question
What is one major drawback from using empirical estimates to fit the "true" interest rate tree?
Question
What is the difference between risk neutral probability and risk natural probability?
Question
When talking about options, what is a straddle?
Question
Compute the spot rate duration for a put option on a 1.5 year zero coupon bond with K = 97.40, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
Question
Why do we say that the dynamic replication strategy is self-financing?
Question
Compute the spot rate duration for a straddle on a 1.5 year zero coupon bond with K = 98.00, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
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Deck 10: Multi-Step Binomial Trees
1
Compute the spot rate duration for a call option on a 1.5 year zero coupon bond with K = 99.00, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
Spot rate duration is -9.2354.
2
In order to compute the spot rate duration do you use risk neutral prob- abilities or risk natural probabilities?
You use risk neutral probabilities, since it is derived from pricing bonds in different scenarios (see spot rate duration formula).
3
You are given the following interest rate tree. Use it when required in the
exercises. You are given the following interest rate tree. Use it when required in the exercises.    -Using risk neutral pricing obtain the value for a put option on a 1.5 year zero coupon bond with K = 97.40, maturity at t = 1. Assume that p? = 0.7038 is constant over time.

-Using risk neutral pricing obtain the value for a put option on a 1.5 year zero coupon bond with K = 97.40, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
The price is 0.1709.
4
Using risk neutral pricing obtain the value for a straddle on a 1.5 year zero coupon bond with K = 98.00, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
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5
How realistic is it to speak about negative interest rate in nominal terms?
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6
You are given the following interest rate tree. Use it when required in the
exercises. You are given the following interest rate tree. Use it when required in the exercises.    -Using risk neutral pricing obtain the value for a call option on a 1.5 year zero coupon bond with K = 99.00, maturity at t = 1. Assume that p? = 0.7038 is constant over time.

-Using risk neutral pricing obtain the value for a call option on a 1.5 year zero coupon bond with K = 99.00, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
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7
You are given the following interest rate tree. Use it when required in the
exercises. You are given the following interest rate tree. Use it when required in the exercises.    -Using risk neutral pricing obtain the value for a 1.5 year zero coupon bond. Assume that p? = 0.7038 is constant over time.

-Using risk neutral pricing obtain the value for a 1.5 year zero coupon bond. Assume that p? = 0.7038 is constant over time.
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8
How realistic is it to speak about negative interest rate in real terms?
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9
Which of the following prices should be higher: a call option, a put option or a straddle. All of them have the same maturity, underlying security and strike price. Explain.
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10
What is one major drawback from using empirical estimates to fit the "true" interest rate tree?
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11
What is the difference between risk neutral probability and risk natural probability?
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12
When talking about options, what is a straddle?
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13
Compute the spot rate duration for a put option on a 1.5 year zero coupon bond with K = 97.40, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
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14
Why do we say that the dynamic replication strategy is self-financing?
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15
Compute the spot rate duration for a straddle on a 1.5 year zero coupon bond with K = 98.00, maturity at t = 1. Assume that p? = 0.7038 is constant over time.
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