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

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