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Sagot :
Answer:
n = 40
i = 3% (semiannual)
face value = $80 million
coupon payment = $2,000,000
market price:
PV of face value = $80 / (1 + 3%)⁴⁰ = $24.52 million
PC of coupon payments = $2 x 23.115 (PV annuity factor, 3%, 40 periods) = $46.23 million
market value = $70.75 million
The bond price shows the present discounted value of future cash that is derived from purchasing a bond.
The computation of value of n semiannually
[tex]n=20*2\\=40[/tex]
The computation of value of i semiannually
[tex]i=\frac{6 percent}{2} \\=3 percent[/tex]
The computation of the Present Value of interest when the interest amount is 2,000,000
[tex]80,000,000*0.05*\frac{1}{2} \\=46,229,544[/tex]
The computation of present value of principal when the principal amount is 80 million
[tex]\frac{80}{(1+0.03)^{40} } \\=24,524,547[/tex]
The computation of bond price would be
[tex]46,229,544+24,524,547\\=70,754,091[/tex]
Learn more about the calculation of bond price here;
https://brainly.com/question/15980640
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