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1. Assume a 2-year Euro-note, with a $100,000 face value, a coupon rate of 10% and a convexity of 4.53. If todays YTM is 11.5%
1. Assume a 2-year Euro-note, with a $100,000 face value, a coupon rate of 10% and a convexity of 4.53. If todays YTM is 11.5% and term structure is flat. Coupon frequency and compounding frequency are assumed to be annual. a. What is the Macaulay duration of this bond? b. What does convexity measure? Why does convexity differ among bonds? What happens to convexity when interest rates rise? Why? c. What is the exact price change in dollars if interest rates increase by 10 basis points (a uniform shift)? d. Use the duration model to calculate the approximate price change in dollars if interest rates increase by 10 basis points.
1. Assume a 2-year Euro-note, with a $100,000 face value, a coupon rate of 10% and a convexity of 4.53. If todays YTM is 11.5% and term structure is flat. Coupon frequency and compounding frequency are assumed to be annual.
a. What is the Macaulay duration of this bond?
b. What does convexity measure? Why does convexity differ among bonds? What happens to convexity when interest rates rise? Why?
c. What is the exact price change in dollars if interest rates increase by 10 basis points (a uniform shift)?
d. Use the duration model to calculate the approximate price change in dollars if interest rates increase by 10 basis points.
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Intermediate Accounting
Authors: J. David Spiceland, James Sepe, Mark Nelson, Wayne Thomas
9th Edition
9781259722660
