Question: Ann Smith, a portfolio manager, has two fixed-rate bonds in her portfolio: a callable bond (Bond X) and a puttable bond (Bond Y). She wants
| Ann Smith, a portfolio manager, has two fixed-rate bonds in her portfolio: a callable bond (Bond X) and a puttable bond (Bond Y). She wants to examine the interest rate sensitivity of these two bonds to a parallel shift in the benchmark yield curve. Assuming an interest rate volatility of 10%, her valuation software shows how the prices of these bonds change for 30-bps shifts up or down. | ||
| Bond X | Bond Y | |
| Time to maturity | 3 years from today | 3 years from today |
| Coupon | 3.75% annual | 3.75% annual |
| Type of bond | Callable at par one year from today | Putable at par one year from today |
| Current price (% of par) | 100.594 | 101.33 |
| Price (% of par) when shifting the benchmark yield curve down by 30 bps | 101.194 | 101.882 |
| Price (% of par) when shifting the benchmark yield curve up by 30 bps | 99.860 | 100.924 |
The effective duration for Bond X is closest to:
| A. | 0.67 | |
| B. | 2.21 | |
| C. | 4.42 | |
| D. | 3.56 |
Ann Smith, a portfolio manager, has two fixed-rate bonds in her portfolio: a callable bond (Bond X) and a puttable bond (Bond Y). She wants to examine the interest rate sensitivity of these two bonds to a parallel shift in the benchmark yield curve. Assuming an interest rate volatility of 10%, her valuation software shows how the prices of these bonds change for 30-bps shifts up or down. | ||
Bond X | Bond Y | |
Time to maturity | 3 years from today | 3 years from today |
Coupon | 3.75% annual | 3.75% annual |
Type of bond | Callable at par one year from today | Putable at par one year from today |
Current price (% of par) | 100.594 | 101.33 |
Price (% of par) when shifting the benchmark yield curve down by 30 bps | 101.194 | 101.882 |
Price (% of par) when shifting the benchmark yield curve up by 30 bps | 99.860 | 100.924 |
- The effective duration for Bond Y is closest to:
- A.
- 0.48
- B.
- 0.96
- C.
- 1.58
- D.
- 2.21
Ann Smith, a portfolio manager, has two fixed-rate bonds in her portfolio: a callable bond (Bond X) and a puttable bond (Bond Y). She wants to examine the interest rate sensitivity of these two bonds to a parallel shift in the benchmark yield curve. Assuming an interest rate volatility of 10%, her valuation software shows how the prices of these bonds change for 30-bps shifts up or down. | ||
Bond X | Bond Y | |
Time to maturity | 3 years from today | 3 years from today |
Coupon | 3.75% annual | 3.75% annual |
Type of bond | Callable at par one year from today | Putable at par one year from today |
Current price (% of par) | 100.594 | 101.33 |
Price (% of par) when shifting the benchmark yield curve down by 30 bps | 101.194 | 101.882 |
Price (% of par) when shifting the benchmark yield curve up by 30 bps | 99.860 | 100.924 |
- When the option embedded in Bond Y is in the money, the one-sided durations most likely
- show that the bond is:
A. | more sensitive to a decrease in interest rates | |
B. | more sensitive to an increase in interest rates | |
C. | equally sensitive to a decrease or to an increase in interest rates | |
D. | need more information to answer |
Step by Step Solution
There are 3 Steps involved in it
Get step-by-step solutions from verified subject matter experts
