Question

Suppose you need to have $59,241.00 in an account 23.00 years from today and that the...

Suppose you need to have $59,241.00 in an account 23.00 years from today and that the account pays 7.00%. How much do you have to deposit into the account 4.00 years from today?

Homework Answers

Answer #1

Future Value to be in account 23 years from today = $59,241

First, Calculate the Present Value today of Future amount in 23 years:-

where, Future Value = $59,241

r = interest rate = 7%

n = no of years = 23

Present value today = $12,496.70

Now, Calculating its Future value in 4 years from Present value today:-

Future Value = Present Value*(1+r)^n

where,

r = interest rate = 7%

n = no of years = 4

Future Value = $12496.70*(1+0.07)^4

= $12496.70*1.31079601

= $16,380.62

So, amount you need to deposit into the account 4.00 years from today is $16,380.62

If you need any clarification, you can ask in comments.     

If you like my answer, then please up-vote as it will be motivating            

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
Suppose you deposit $1,056.00 into an account 7.00 years from today that earns 12.00%. It will...
Suppose you deposit $1,056.00 into an account 7.00 years from today that earns 12.00%. It will be worth $1,842.00 _____ years from today. (rounded to 2 decimal places)
Q1) Suppose you invest $66,624 today in an account that earns 13.00% interest annually. How much...
Q1) Suppose you invest $66,624 today in an account that earns 13.00% interest annually. How much money will be in your account 11 years from today? Q2) What is the value today, of single payment of $51,252 made 13 years from today, if the value is discounted at a rate of 04.00%? Q3) How many years would it take an investment of $333 to grow to $10,789 at an annual rate of return of 11.00%? Q4) How much money would...
Suppose you deposit $1,110.00 into an account 7.00 years from today. Exactly 13.00 years from today...
Suppose you deposit $1,110.00 into an account 7.00 years from today. Exactly 13.00 years from today the account is worth $1,734.00. What was the account's interest rate? Derek borrows $256,141.00 to buy a house. He has a 30-year mortgage with a rate of 4.79%. The monthly mortgage payment is $________.
Suppose you deposit $1,111.00 into an account 7.00 years from today. Exactly 14.00 years from today...
Suppose you deposit $1,111.00 into an account 7.00 years from today. Exactly 14.00 years from today the account is worth $1,689.00. What was the account's interest rate? Percentage Round to: 3 decimal places (Example: 9.243%, % sign required. Will accept decimal format rounded to 5 decimal places (ex: 0.09243))
Suppose you wish to retire forty years from today. You determine that you need $40,000 per...
Suppose you wish to retire forty years from today. You determine that you need $40,000 per year once you retire, with the first retirement funds withdrawn one year from the day you retire. You estimate that you will earn 6% per year on your retirement funds during retirement and 10% while working; and that you will need funds up to and including your 25th birthday after retirement. How much must you deposit in an account today so that you have...
suppose you wish to retire forty years from today. you determine that you need $50,000 per...
suppose you wish to retire forty years from today. you determine that you need $50,000 per year, with the first retirement amount withdrawn after one year from the day you retire. assume a nominal interest of 6% compounded quarterly and that you will need the retirement amount for 25 years after retirement. draw the cash flow and calculate how much you must deposit each quarter in your account starting one quarter from today until retirement.
A. Suppose you invest $83736 today in an account that earns 13% interest annually. How much...
A. Suppose you invest $83736 today in an account that earns 13% interest annually. How much money will be in your account 7 years from today? B. What is the value today of single payment of $36665, 18 years from today if the value is discounted at a rate of 19%? C. How many years would it take an investment of $172 to grow to $18096 at an annual rate of return of 15%? D. How much money would you...
Six years from today you need $10,000. You plan to deposit $1,400 annually, with the first...
Six years from today you need $10,000. You plan to deposit $1,400 annually, with the first payment to be made a year from today, in an account that pays a 9% effective annual rate. Your last deposit, which will occur at the end of Year 6, will be for less than $1,400 if less is needed to reach $10,000. How large will your last payment be? Do not round intermediate calculations. Round your answer to the nearest cent. $ =
Six years from today you need $10,000. You plan to deposit $1,400 annually, with the first...
Six years from today you need $10,000. You plan to deposit $1,400 annually, with the first payment to be made a year from today, in an account that pays a 10% effective annual rate. Your last deposit, which will occur at the end of Year 6, will be for less than $1,400 if less is needed to reach $10,000. How large will your last payment be? Do not round intermediate calculations. Round your answer to the nearest cent.
Derek currently has $12,146.00 in an account that pays 4.00%. He will withdraw $5,311.00 every other...
Derek currently has $12,146.00 in an account that pays 4.00%. He will withdraw $5,311.00 every other year beginning next year until he has taken 7.00 withdrawals. He will deposit $12146.0 every other year beginning two years from today until he has made 7.0 deposits. How much will be in the account 29.00 years from today? (ONLY ANSWER IF YOU DO NOT USE EXCEL, NEED INPUTS TO PUT INTO FINANCIAL CALCULATOR AND STEP BY STEP INSTRUCTIONS)
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT