Independent solution

How to solve this Bond Pricing and Yields question

Setup

Setup

Solve the first bond's ten-year annual price equation for its annual coupon.

450=Xa100.10+1000(1.10)10450=Xa_{\overline{10}|0.10}+1000(1.10)^{-10}

Model

Model

Convert the 10% annual effective yield to an equivalent half-year rate for the second bond.

j=(1.10)1/21j=(1.10)^{1/2}-1

Compute

Compute

The annual coupon is 10.4900 and the half-year rate is 4.880885%. The second price is 451.5730.

P=X2a20j+1000(1+j)20P=\frac{X}{2}a_{\overline{20}|j}+1000(1+j)^{-20}
P=451.57302890P=451.57302890

Answer

Answer

The second bond's price is approximately 452, selecting choice C.

P452(C)\boxed{P\approx452\quad\text{(C)}}

Calculator reproduction

BA II Plus keystrokes

Check END/BGN, period, sign, TVM, and cash-flow setup

  1. 2ND · CLR TVM · 10 · N · 10 · I/Y · 450 · +/- · PV · 1000 · FV · CPT · PMTPMT = 10.49
  2. 20 · N · 4.880885 · I/Y · 5.245016 · PMT · 1000 · FV · CPT · PVPV = -451.57