solution
assume we are at the beginning of 2020 and the bond matures at the end of 2035. Then
"Number\\ of \\ years, \\ n= 16"
"Face\\ value,\\ F = 250,000"
"Required\\ rate\\ of\\ return,\\ r=0.10"
Present value of the bond
"PV=15,000*\\frac{1-(1.1)^{-16}}{0.1} + 250,000 *(1.1)^{-16}"
"117,355.6296+54,407.28395= 171,762.9136"
answer: the price of the bond today is $ 171,762.91
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