Solution 1:
Computation of bond price | |||
Table values are based on: | |||
n= | 13 | ||
i= | 12.00% | ||
Cash flow | Table Value | Amount | Present Value |
Interest | 6.42355 | $171,000.00 | $1,098,427 |
Principal | 0.22917 | $1,900,000.00 | $435,423 |
Price of bonds | $1,533,850 |
Solution 2:
Computation of bond price | |||
Table values are based on: | |||
n= | 18 | ||
i= | 6.00% | ||
Cash flow | Table Value | Amount | Present Value |
Interest | 10.82760 | $85,500.00 | $925,760 |
Principal | 0.35034 | $1,900,000.00 | $665,646 |
Price of bonds | $1,591,406 |
Solution 3:
Computation of bond price | |||
Table values are based on: | |||
n= | 14 | ||
i= | 6.00% | ||
Cash flow | Table Value | Amount | Present Value |
Interest | 9.29498 | $104,500.00 | $971,325 |
Principal | 0.44230 | $1,900,000.00 | $840,370 |
Price of bonds | $1,811,695 |
Solution 4:
Computation of bond price | |||
Table values are based on: | |||
n= | 30 | ||
i= | 6.00% | ||
Cash flow | Table Value | Amount | Present Value |
Interest | 13.76483 | $104,500.00 | $1,438,425 |
Principal | 0.17411 | $1,900,000.00 | $330,809 |
Price of bonds | $1,769,234 |
Solution 5:
Computation of bond price | |||
Table values are based on: | |||
n= | 20 | ||
i= | 5.50% | ||
Cash flow | Table Value | Amount | Present Value |
Interest | 11.95038 | $104,500.00 | $1,248,815 |
Principal | 0.34273 | $1,900,000.00 | $651,185 |
Price of bonds | $1,900,000 |
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