Issue Price of the bond= C× F × (1 − (1 + r)-t)/r+F(1 + r)t
where, C = Interest Rate , F = Face Value, r = Market Interest Rate
Yield | Issue Price |
5% | $ 280,000 |
2% | $ 319,779 |
6% | $ 268,058 |
Yield | Issue Price |
0.05 | =((280000*2.5%)*(1-(1.025)^-10))/0.025+280000/(1.025)^10 |
0.02 | =((280000*2.5%)*(1-(1.01)^-10))/0.01+280000/(1.01)^10 |
0.06 | =((280000*2.5%)*(1-(1.03^-10))/0.03+280000/(1.03)^10) |
Thompson Corporation is planning to issue $280,000, five-year, 5 percent bonds. Interest is payable semi- annually...
Thompson Corporation is planning to issue $250,000, five-year, 5 percent bonds. Interest is payable semi-annually each June 30 and December 31. All of the bonds will be sold on July 1, 2017; they mature on June 30, 2022. Use Table 9C.1, Table 9C.2 Required: Compute the issue (sale) price on July 1, 2017, if the yield is: (Round time value factor to 4 decimal places. Round the final answers to the nearest dollar amount.) a. 5% b. 2% c. 6%
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Thompson Corporation is planning to issue $130,000, five-year, 6 percent bonds. Interest is payable semi-annually each June 30 and December 31. All of the bonds will be sold on July 1, 2017; they mature on June 30, 2022. Required:Compute the issue (sale) price on July 1, 2017, if the yield is: (Round time value factor to 4 decimal places. Round the final answers to the nearest dollar amount.) a. 6% b. 5% c.7%
Thompson Corporation is planning to issue $130,000, five-year, 6 percent bonds. Interest is payable semi-annually each June 30 and December 31. All of the bonds will be sold on July 1, 2017; they mature on June 30, 2022. Required:Compute the issue (sale) price on July 1, 2017, if the yield is: (Round time value factor to 4 decimal places. Round the final answers to the nearest dollar amount.) a. 6% b. 5% c.7%
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