Price of zero coupon bond = Present value of maturity amount | ||||
Step 1 : | Price at 6% yield | |||
PV= FV/(1+r)^n | ||||
Where, | ||||
FV= Future Value | ||||
PV = Present Value | ||||
r = Interest rate | ||||
n= periods in number | ||||
= $1000/( 1+0.06)^12 | ||||
=1000/2.0122 | ||||
= $496.97 | ||||
Step2 : | Price at yield 7% | |||
PV= FV/(1+r)^n | ||||
Where, | ||||
FV= Future Value | ||||
PV = Present Value | ||||
r = Interest rate | ||||
n= periods in number | ||||
= $1000/( 1+0.07)^12 | ||||
=1000/2.25219 | ||||
= $444.01 | ||||
Step 3 : | Percentage change in price | |||
=($444.01-496.97)/496.97 | ||||
=-10.66% | ||||
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