Question

You have decided to donate a sailing dinghy to the BU Sailing Team 12 years from...

You have decided to donate a sailing dinghy to the BU Sailing Team 12 years from today. The boat builder has offered to allow you to pay for the shell in 3 annual payments of $2,450 and the payments will begin 12 years from today. If the interest rate is 2.5%, what is the value today of your planned dinghy donation?

Homework Answers

Answer #1

$ 5,202.85

Present Value = Annual cash flow * Present Value of annuity of 1 for 3 years * Present Value of 1 for 12 years
= $ 2,450.00 * 2.856024 * 0.743556
= $ 5,202.85
Working:
Present Value of annuity of 1 for 3 years = (1-(1+i)^-n)/i Where,
= (1-(1+0.025)^-3)/0.025 i = 2.50%
= 2.8560236 n = 3
Present Value of 1 for 12 years = (1+i)^-n Where,
= (1+0.025)^-12 i = 2.50%
= 0.7435559 n = 12
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
You have successfully started and operated a company for the past 10 years. You have decided...
You have successfully started and operated a company for the past 10 years. You have decided that it is time to sell your company and spend time on the beaches of Hawaii. A potential buyer is interested in your company, but he does not have the necessary capital to pay you a lump sum. Instead, he has offered $800,000 today and annuity payments for the balance. The first payment will be for $350,000 in three months. The payments will increase...
You are planning for your future needs and retirement. $100,000 10 years from today and a...
You are planning for your future needs and retirement. $100,000 10 years from today and a retirement annuity of $80,000 per year for 20 years with the first payment 20 years from today. To pay for this, you will make 3 annual payments of $x per year beginning today and 2 annual payments of $x per year with the first payment 7 years from today. With an interest rate of 8%, what is the value for x?
You want to receive $50,000 five years from today and a retirement annuity of $100,000 per...
You want to receive $50,000 five years from today and a retirement annuity of $100,000 per year for 25 years with the first payment 10 years from today. To pay for this, you will make 5 payments of A per year beginning today and 10 annual payments of A with the first payment 8 years from today. With an interest rate of 8%, what is the value for A?
How much will a person have to invest in a savings account that pays interest from...
How much will a person have to invest in a savings account that pays interest from the 30% capitalizable monthly to be able to withdraw $ 25,000 monthly for three years? Indicate which series of uniform payments will be equivalent to each of the following values: A) $ 1,600,000 in eight years, annual payments and a quarterly interest rate of 8%. B) $ 3,100,000 in five years, semi-annual payments and an annual interest rate of 33%. C) $ 1,500,000 today,...
You have decided to purchase a car that costs $17,500. You will pay $2,000 down and...
You have decided to purchase a car that costs $17,500. You will pay $2,000 down and will finance the rest. You plan on making monthly payments of $400 for 60 months. What is the monthly interest? What is the annual interest rate?
You are planning for your future needs and retirement. You want to receive $10,000 ten years...
You are planning for your future needs and retirement. You want to receive $10,000 ten years from today and a retirement annuity of $50,000 per year for 15 years with the first payment 15 years from today. To pay for this, you will make 5 payments of $A per year beginning today and 4 annual payments of $2A with the first payment 13 years from today. With an interest rate of 8% what is the value for A?
1. Assume that you deposit $8,500 in each of years 1-16 in an account yielding .7%...
1. Assume that you deposit $8,500 in each of years 1-16 in an account yielding .7% interest compounded annually. 23 years from today you withdraw $28,000 from the account. How much will be in your account 30 years from today? 2. Determine the semi-annual deposits required to accumulate $4,000 four years from today, given an annual interest rate of 12%, compounded semi-annually. (Assume your deposits begin 6 months from now and there are 8 total deposits)
You have decided to begin saving for a vacation to Hawaii. You believe that the full...
You have decided to begin saving for a vacation to Hawaii. You believe that the full cost of the vacation, with airfare, accommodations, and dining will be $5,000. You are going to begin saving $150 per month, beginning one month from today. If your account pays interest at a rate of 7.2% APR compounded monthly, how many months will it take to save $5,000? Round your answer UP to the nearest whole month.
13. You own an ordinary annuity contract that will pay you RM3,000 per year for 12...
13. You own an ordinary annuity contract that will pay you RM3,000 per year for 12 years. You need money to pay back a loan in 6 years, and you are afraid if you get the annuity payments annually you will spend the money and not be able to pay back your loan. You decide to sell your annuity for a lump sum of cash to be paid to you five years from today. If the interest rate is 8%,...
A perpetuity with an annual payment of $1,000 (payments start N years from today) has a...
A perpetuity with an annual payment of $1,000 (payments start N years from today) has a present value (today) of $6,830. A second perpetuity, which will begin five years after the first perpetuity begins, has a present value of $8,482. The annual interest rate is 10 percent. Determine the value of each payment of the second perpetuity?