Independent solution

How to solve this Bond Pricing and Yields question

Setup

Setup

Use the zero-coupon bond to obtain the common term discount factor.

10000=20000vn10000=20000v^n
vn=0.5v^n=0.5

Model

Model

Use Bond B's price per unit par to solve the common annuity factor.

1000010835.58=0.5+0.04ani\frac{10000}{10835.58}=0.5+0.04a_{\overline n|i}

Compute

Compute

The annuity factor is 10.57213827. Bond C therefore has price factor 0.81716415, giving X = 12237.443387.

10000=X(0.5+0.03ani)10000=X\left(0.5+0.03a_{\overline n|i}\right)
X=12237.44338650X=12237.44338650

Answer

Answer

Bond C's par value is approximately 12,240, selecting choice A.

X12240(A)\boxed{X\approx12240\quad\text{(A)}}