Independent solution

How to solve this Bond Realized Yield question

Setup

Setup

The annual coupon is 420. Accumulate every coupon to the 18-year horizon at the stated reinvestment rate.

C=7,000(0.06)=420C=7{,}000(0.06)=420
H=420s180.057+7,500H=420s_{\overline{18}|0.057}+7{,}500

Model

Model

The realized annual return connects purchase price P to this horizon value. The bond yield i separately prices contractual cash flows at purchase.

P(1.0518)18=HP(1.0518)^{18}=H
P=420a18i+7,500(1+i)18P=420a_{\overline{18}|i}+7{,}500(1+i)^{-18}

Compute

Compute

The horizon value is 20117.50 and P is 8105.45. Solving the bond equation gives i = 0.0491405.

H=20,117.502H=20{,}117.502
P=8,105.449P=8{,}105.449
i=4.91405%i=4.91405\%

Answer

Answer

The original bond yield is approximately 4.91%, choice D.

i4.91%(D)\boxed{i\approx4.91\%\quad\text{(D)}}

Calculator reproduction

BA II Plus keystrokes

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

  1. 18 · N; 8105.449 · +/− · PV; 420 · PMT; 7500 · FV; CPT · I/Y4.91405Use annual periods because coupons are annual.