Question

Your friend promises you a perpetuity of $1 every year, which starts in year 1. However,...

Your friend promises you a perpetuity of $1 every year, which starts in year 1. However, your friend is an absent-minded guy, paying you $2 at year 9 but no payment at year 10. Except for these two years, in other years, the payment is always $1. Which of the following statements is true?

Select one:

a. your friend is better off for his being absent-minded

b. you are better off for his being absent-minded

c. there is no difference for his being absent-minded

d. no enough information to make decision

e. none of the above

Homework Answers

Answer #1

An example can be taken in this regard, for a perpetual cash flow, the Present value of perpetuity is given by CF/k, where CF is the constant cash flow and k is the cost of capital. Assuming cost of capital to be 10%, In case 1 if there is no absent mindedness for the friend, the value of perpetuity = 1/10% = $ 10

For an absent minded friend,

Cash flow from 1 to 8 is $ 1 , $ 2 in year 9 and then $ 1 from year 11, so

PV of cash flows from year 1 to year 9 = 1/10% + 2/(1+10%)^9 = $ 6.18

PV of cash flows from year 11 = (1/0.10)/(1+10%)^11 = 10/(1.1)^11 = $ 3.5

PV of cash flows =$ 6.18 + $ 3.5 = $ 9.69

Answer is a) your friend is better off for his being absent-minded

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
Your friend promises you a perpetuity of $1 every year, which starts in year 1. However,...
Your friend promises you a perpetuity of $1 every year, which starts in year 1. However, your friend is an absent-minded guy, paying you $2 at year 10 but no payment at year 9. Except for these two years, in other years, the payment is always $1. Which of the following statements is true? Select one: a. your friend is better off for his being absent-minded b. you are better off for his being absent-minded c. there is no difference...
Nara inherits a perpetuity from her grandfather that will pay here $3000 today and every year...
Nara inherits a perpetuity from her grandfather that will pay here $3000 today and every year forever. The annual interest rate is 4%. a) How much is Nara's inheritance worth? Nara decides to sell the perpetuity (for its present value) and instead buy an annuity due paying $P for the next 28 years. b) What is $P? She changes her mind again, and decides instead on an annuity due paying $6000 per year for n years, except for the last...
Nara inherits a perpetuity from her grandfather that will pay here $4000 today and every year...
Nara inherits a perpetuity from her grandfather that will pay here $4000 today and every year forever. The annual interest rate is 6%. a) How much is Nara's inheritance worth? Nara decides to sell the perpetuity (for its present value) and instead buy an annuity due paying $P for the next 24 years. b) What is $P? She changes her mind again, and decides instead on an annuity due paying $8000 per year for n years, except for the last...
You invest $4970 at the beginning of every year and your friend invests $4970 at the...
You invest $4970 at the beginning of every year and your friend invests $4970 at the end of every year. You both earn an annual rate of return of 14.00%. a) How much will you have in your account after 11 years? b) How much will your friend have in his account after 11 years?
Billy is offered two payment plans. One is a perpetuity-immediate paying $1000 every year at 10%...
Billy is offered two payment plans. One is a perpetuity-immediate paying $1000 every year at 10% effective interest per year. The other is an annuity-immediate paying $1450 every year at 8% per year for 10 years, plus an extra $500 with the 5th payment. Which payment plan has a larger present value?
Q1) You invest $4,186 at the beginning of every year and your friend invests $4,186 at...
Q1) You invest $4,186 at the beginning of every year and your friend invests $4,186 at the end of every year. If you both earn an annual rate of return of 13.00%. a) how much will you have in your account after 32 years? b) How much will your friend have in his account?
Perpetuity A pays $0.50 per year, but its 1st payment will be in 1 year from...
Perpetuity A pays $0.50 per year, but its 1st payment will be in 1 year from today. Perpetuity B pays $1 every two years, and its 1st payment will be in 2 years from today. Which perpetuity will you choose if the annual interest rate is 5%? (a). A (b). B (c). They are of same value
You are given a perpetuity that makes payments every two years, with a payment at the...
You are given a perpetuity that makes payments every two years, with a payment at the beginning of the year numbered 2n + 1, for n = 0, 1, 2, …, equal to 1/((n+1)(n+2)*3n). Find the present value of this perpetuity at time 0, given that the annual effective interest rate is 4.5%.  
You are considering a project that you expect will produce $200 FCFF every year in perpetuity....
You are considering a project that you expect will produce $200 FCFF every year in perpetuity. Depending on whether the project is successful or not, however, the demand one year from today will be either low, producing $100 FCFF in perpetuity, or high, producing $300 FCFF in perpetuity. The high and low demand outcomes are equally likely and will be revealed in one year. The revealed outcome is expected to persist forever. The project cost is $1,000. The discount rate...
In exchange for $1000 today, the bank promises to pay you $25 per year forever (assuming...
In exchange for $1000 today, the bank promises to pay you $25 per year forever (assuming you live forever). Your opportunity cost of capital is 5% compounded annually. If the first payment from the bank is scheduled to arrive next year, what effective annual interest rate is the bank paying out on this perpetuity? From a purely financial perspective, should you give $1000 to the bank or invest your money elsewhere?
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT