Question

In: Finance

A $1 payment is to be made each year for 22 years. The effective annual rate...

A $1 payment is to be made each year for 22 years. The effective annual rate of interest is 8.25%. If the first payment is one year from now, the present value of these payments is $10.

In which one of the following ranges is the present value of these payments if the first payment is 22 years from now?

A. <$1.80

B. >=$1.80 and <$1.86

C. >=$1.86 and <$1.92

D. >=$1.92 and <$1.98

E. >=$1.98

Solutions

Expert Solution

If 1st payment is made 1 year from now, value of these payments is $10

If 1st payment is made 22 years from now instead of 1 year from now, then present value would be discounted for 21 years more.

Therefore present value if 1st payment is made 22 years from now = $10 / (1+8.25%)21

Therefore present value if 1st payment is made 22 years from now = $10 / 1.082521

Therefore present value if 1st payment is made 22 years from now = $10 / 5.2843

Therefore present value if 1st payment is made 22 years from now = $1.892

Therefore, Option C is correct.


Related Solutions

Payment Years Interest Rate (Annual) Future Value (Payment made on last day of period) Future Value...
Payment Years Interest Rate (Annual) Future Value (Payment made on last day of period) Future Value (Payment made on first day of period) $283 15 15 % 6,155 10 12 76,084 7 14 168,932 11 5 Compute the future values of the following annuities first assuming that payments are made on the last day of the period and then assuming payments are made on the first day of the period: (Do not round intermediate calculations. Round your answers to 2...
Suppose the 1-year effective annual interest rate is 4.6% and the 2-year effective rate is 3.2%....
Suppose the 1-year effective annual interest rate is 4.6% and the 2-year effective rate is 3.2%. Compute the fixed rate in a 2-year amortizing interest rate swap based on $440,000 of notional principal in the first year and $240,000 in the second year. Please show steps a. 4.11% b. 3.91% c. 4.69% d. 3.22% e. 3.63%
A perpetuity makes payments at the end of each year at an annual effective rate of...
A perpetuity makes payments at the end of each year at an annual effective rate of 3.4%. The payment pattern is 3,2,1 (at the end of years 1, 2 and 3) and this pattern repeats for the balance of the perpetuity. Calculate the present value of the perpetuity at the beginning of the rst year. Please show all work.
Strahd bought a 20-year annuity-immediate with payment size 350 at an annual effective rate of 4%....
Strahd bought a 20-year annuity-immediate with payment size 350 at an annual effective rate of 4%. Just after receiving the eighth payment, Strahd’s life forever changed and he sold the remainder of the annuity, reinvesting the proceeds in a level-payment perpetuityimmediate. What is the payment size K of this perpetuity?
1.a The annual interest rate is 8% with annual compounding. Please calculate effective annual rate, effective...
1.a The annual interest rate is 8% with annual compounding. Please calculate effective annual rate, effective semi-annual rate, effective quarterly rate, effective monthly rate, effective weekly rate (1 year = 52 weeks), effective daily rate (1 year = 365 days). 1.b The annual interest rate is 8% with monthly compounding. Please calculate effective monthly rate, effective annual rate, effective semi-annual rate, effective quarterly rate.
Susan invests 500 at the end of each year for 7 years at an effective annual...
Susan invests 500 at the end of each year for 7 years at an effective annual interest rate of 5%. The interest credited at the end of each year is reinvested at an effective annual interest rate of 6%. The accumulated value (in both funds) at the end of 7 years is X. Mary invests 100 now at an effective annual interest rate of 6%. The interest credited at the end of each year is reinvested at an effective annual...
Strahd bought a 20-year annuity-immediate with payment size 350 atan annual effective rate of 4%....
Strahd bought a 20-year annuity-immediate with payment size 350 at an annual effective rate of 4%. Just after receiving the eighth payment, Strahd’s life forever changed and he sold the remainder of the annuity, reinvesting the proceeds in a level-payment perpetuityimmediate.What is the payment size K of this perpetuity?
A deposit of X is made into a fund which pays an annual effective interest rate...
A deposit of X is made into a fund which pays an annual effective interest rate of 8% for 5 years. At the same time, 2X is deposited into another fund which pays an annual effective rate of discount of d for 3 years. The amounts of interest earned over the 10 past years are equal for both funds. Calculate d.
What is the annual required rate of a 10-year bond that has 10% annual payment rate...
What is the annual required rate of a 10-year bond that has 10% annual payment rate and $791.36 in PV? A.14% B.7% C.9% D.16% How many years left in “year-to-maturity” a 10-year bond outstanding with 12% annual required rate, 9% annual payment, and $908.88 in its fair value? A. 4 years B.10 years C. 8 years D.6 years How many years left in “year-to-maturity” a 10-year bond outstanding with 9% annual required rate, 12% annual payment, and $1134.58 in its...
Assume the payments will be made at the end of each year (The first payment is...
Assume the payments will be made at the end of each year (The first payment is made on December 31, 2019.); recalculate your answer for case # 3. Calculate the annual payment required.  Show your final answer and show all the work to support your answer. Prepare the amortization table for the loan using the format covered in class. Case #3 info: On January 1, 2019, ABC Corp. borrowed $81,000 by signing an installment loan.  The loan will be repaid in 20...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT