Question

Graham is the beneficiary of an annuity due. At an annual effective interest rate of 5%,...

Graham is the beneficiary of an annuity due. At an annual effective interest rate of 5%, the present value of payments is 123,000. Tyler uses the first-order Macaulay approximation to estimate the present value of Graham’s annuity due at an annual effective interest rate 5.4%. Tyler estimates the present value to be 121,212. Calculate the modified duration of Graham’s annuity at 5%.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
A 7-year $500 par value bond has annual coupons with 3.7% annual coupon rate. It is...
A 7-year $500 par value bond has annual coupons with 3.7% annual coupon rate. It is yielding at an annual effective rate of 3.25%. (a) Calculate the Modified duration of the bond.(b) Estimate the price of the bond if the yield rate increases by 0.75% using the first-order modified approximation. (c) Estimate the price of the bond if the yield rate decreases by 0.25% using the first-order Macaulay approximation.
A 7-year $500 par value bond has annual coupons with 3.7% annual coupon rate. It is...
A 7-year $500 par value bond has annual coupons with 3.7% annual coupon rate. It is yielding at an annual effective rate of 3.25%. (a) Calculate the Modified duration of the bond. (b) Estimate the price of the bond if the yield rate increases by 0.75% using the first-order modified approximation. (c) Estimate the price of the bond if the yield rate decreases by 0.25% using the first-order Macaulay approximation.
An investor buys a perpetuity-immediate providing annual payments of 1, with an annual effective interest rate...
An investor buys a perpetuity-immediate providing annual payments of 1, with an annual effective interest rate of i and Macaulay duration of 17.6 years. Calculate the Macaulay duration in years using an annual effective interest rate of 2i instead of i.
At an annual effective interest rate, i, where i > 0, a 40-year annuity-due with quarterly...
At an annual effective interest rate, i, where i > 0, a 40-year annuity-due with quarterly payments of $6 has the same present value as a 20-year annuity-due with quarterly payments of $8. Determine i. (ALSO please draw any time diagrams that would be helpful for this problem)
Ace is receiving an annuity immediate with level annual payments of 500 for 18 years. Calculate...
Ace is receiving an annuity immediate with level annual payments of 500 for 18 years. Calculate the Macaulay duration and the Modified duration at an annual effective rate of 6.9%. (Round your answers to the nearest 2 decimal places.)
•Assume the effective annual interest rate is 11%. The present value of an annual annuity consisting...
•Assume the effective annual interest rate is 11%. The present value of an annual annuity consisting of 17 payments starting one year from today where the first 6 payments are $25,000 each and the remaining payments are $30,000 each is ?
What is the present value of an annuity due consisting of 5 annual payments of $4,000...
What is the present value of an annuity due consisting of 5 annual payments of $4,000 with an interest rate of 9% p.a. $16,959 $16,006   $19,558 $18,765 None of the above
An annuity-immediate has 20 annual payments starting at 5 and increasing by 10 every year. The...
An annuity-immediate has 20 annual payments starting at 5 and increasing by 10 every year. The annual effective rate of interest is 7%. Calculate the present value of this annuity. not a excel solution
An annuity-due has 29 payments of $800 per period. The effective rate of interest per period...
An annuity-due has 29 payments of $800 per period. The effective rate of interest per period is 7% for the first 9 periods and 3% for the following 20 periods. (A) Find the accumulated value of the annuity using the portfolio method. Round your answer to 2 decimal places. (B) Find the accumulated value of the annuity using the yield-curve method. Round your answer to 2 decimal places.
1. Find the present value of a 30-year annuity-due with semiannual payments in which the first...
1. Find the present value of a 30-year annuity-due with semiannual payments in which the first payment is $20,000, the second payment is $21,600, the third payment is $23,328, the fourth payment is $25,194.24, etc., assuming an annual effective rate of interest of 16%. 2. Find the present value of a varying perpetuity-DUE in which payments are made every two years with the first payment being $245, and each payment thereafter is $150 larger than the previous payment. Assume the...