Question: PROBLEM 3 NEEDED ANSWER TO PROBLEM 2: 6.1946% Problemn 2 (6 points): Consider a 1-year zero-coupon bond with $1,000 face value. Assume today's 6-month forward

PROBLEM 3 NEEDED ANSWER TO PROBLEM 2: 6.1946% Problemn 2 (6 points):PROBLEM 3 NEEDED

ANSWER TO PROBLEM 2: 6.1946%

Problemn 2 (6 points): Consider a 1-year zero-coupon bond with $1,000 face value. Assume today's 6-month forward rate is 6% and in six months the new 6-month forward rate can be either 5% or 7%. Assume also that the current price of the 6-month call option with a strike price of $970 on this bond is $2.17. Find the 1-year spot rate today. Keep at least 4 decimal digits Problein 3 (10 points): Use all the infomation in Problem 2 plus assume that every 6 months the 6-month forward rate can either increase or decrease by 1%. I.e., today's 6-month forward rate is 6%; in 6 months the 6-month forward rate can be either 5% or 7%, and in 1 year the 6- month forward rate can be either 4%, 6%, or 8%. Assume also that the 1.5-year spot rate is 6.25%. Like in lectures, assume that the risk-neutral probability depends on the time period but not on the exact node. Find the price of a 1-year call option with a strike price of $960 on the 1.5-year zero-coupon bond. Keep at least 4 decimal digits. You may use the results of Problem 2 if you find any of them useful. Problemn 2 (6 points): Consider a 1-year zero-coupon bond with $1,000 face value. Assume today's 6-month forward rate is 6% and in six months the new 6-month forward rate can be either 5% or 7%. Assume also that the current price of the 6-month call option with a strike price of $970 on this bond is $2.17. Find the 1-year spot rate today. Keep at least 4 decimal digits Problein 3 (10 points): Use all the infomation in Problem 2 plus assume that every 6 months the 6-month forward rate can either increase or decrease by 1%. I.e., today's 6-month forward rate is 6%; in 6 months the 6-month forward rate can be either 5% or 7%, and in 1 year the 6- month forward rate can be either 4%, 6%, or 8%. Assume also that the 1.5-year spot rate is 6.25%. Like in lectures, assume that the risk-neutral probability depends on the time period but not on the exact node. Find the price of a 1-year call option with a strike price of $960 on the 1.5-year zero-coupon bond. Keep at least 4 decimal digits. You may use the results of Problem 2 if you find any of them useful

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