Bond Price (per $100 in face value) YTM 1-year zero 92 .08695 2-year zero 89 .05999 3-year zero 86 .05155 4-year zero 82 .05086 Use
Bond | Price (per $100 in face value) | YTM |
1-year zero | 92 | .08695 |
2-year zero | 89 | .05999 |
3-year zero | 86 | .05155 |
4-year zero | 82 | .05086 |
Use the YTM rate listed above for the following questions. Consider the following situation:
You have $1,000,000 and want to make an investment that you will harvest after one year (at t=1). You are considering only the following two alternative strategies:
Strategy A: Invest only in current (t=0) 2-year zeros and sell them at t=1.
Strategy B: Invest only in current (t=0) 3-year zeros and sell them at t=1.
Both strategies have you liquidate a position in zeros before they mature.
A. If you invest in only 2-year zeros and sell them early, how much money will you have from this investment at t=1?
B. What is the annual return from this strategy given your initial investment of $1,000,000 and your ending value (the answer to A. above)?
C. How does that return (that answer to B. above) compare to the return you would have received if you simply invested your $1,000,000 in 1-year zeros at t=0 and held them to maturity (at t=1)?
D. If instead of the market's expectation at t=0 being exactly correct, the actual annualized yields (on both the 1-year and 2-year zeros at t=1) turn out to be higher than expected by .0025 (or a quarter of a percent), would you have more or less money than you answer to A. above? Calculate the exact amount you would have at t=1 in this scenario.
Step by Step Solution
There are 3 Steps involved in it
Step: 1
See step-by-step solutions with expert insights and AI powered tools for academic success
Step: 2
Step: 3
Ace Your Homework with AI
Get the answers you need in no time with our AI-driven, step-by-step assistance
Get Started