Question

A. A company estimates that it will need $83,000 in 11 years to replace a computer....

A. A company estimates that it will need $83,000 in 11 years to replace a computer. If it establishes a sinking fund by making fixed monthly payments into an account paying 4.2% compounded​ monthly, how much should each payment​ be?

B. You can afford monthly deposits of $260 into an account that pays 3.3% compounded monthly. How long will it be until you have $9,500 to buy a​ boat?

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 company estimates that it will need $138,000 in 11 years to replace a computer. If...
A company estimates that it will need $138,000 in 11 years to replace a computer. If it establishes a sinking fund by making fixed monthly payments into an account paying 5.1 % compounded​ monthly, how much should each payment​ be?
(Solve using Excel and provide steps to build formulas) A company estimates that it will need...
(Solve using Excel and provide steps to build formulas) A company estimates that it will need $199,000 in 55 years to replace a computer. If it establishes a sinking fund by making fixed monthly payments into an account paying 3.1% compounded​ monthly, how much should each payment​ be?
A company estimates that it will need $139,000 in 18 years. if it eatablishes a sinking...
A company estimates that it will need $139,000 in 18 years. if it eatablishes a sinking fund hy making fixed monthly payments into an account paying 5.4% compounded monthly, how much should each payment be? The amount of each payment should be:?? (Round to the nearest cent)
You can afford monthly deposits of $210 into an account that pays 2.4% compounded monthly. How...
You can afford monthly deposits of $210 into an account that pays 2.4% compounded monthly. How long (number of months) will it be until you have $7,400 to buy a boat?(Round to the next-higher month if not exact.)
you can afford monthly deposits of $220 into an account that pays 3.6% compounded monthly. How...
you can afford monthly deposits of $220 into an account that pays 3.6% compounded monthly. How long will it be until you have $6,000 to buy a boat? Type the number of months____ (round to the next-higher month if not exact)
You can afford monthly deposits of $90 into an account that pays 2.7% compounded monthly. How...
You can afford monthly deposits of $90 into an account that pays 2.7% compounded monthly. How long will it be until you have $7,700 to buy a boat? Type the number of months:____ (round to the next-higher month if not exact.)
1)A 60-year-old grandmother wants a life insurance policy that could replace her annual $55,000 earnings for...
1)A 60-year-old grandmother wants a life insurance policy that could replace her annual $55,000 earnings for the next 10 years. If the long-term interest rate is now 6.2%, how large of a life insurance policy does she need? 2)You can afford monthly deposits of $200 into an account that pays 6.2% compounded monthly. How many months will it be until you have $15,000 to buy a car?
1.) The life expectancy table estimates that Luke will live to be 90 years old, and...
1.) The life expectancy table estimates that Luke will live to be 90 years old, and he plans to work until his 70th birthday. In retirement he will need $4500 a month for 20 years. His current investment pays 4.52% interest compounded monthly. How much must he have (Present Value) on his day of retirement at age 70? 2.) 1. Find the maturity value if you deposit $6500 monthly for 10 years in an annuity paying 4.58% compounded monthly
A man aged 30 deposits $600 at the end of each month for 35 years into...
A man aged 30 deposits $600 at the end of each month for 35 years into a registered retirement savings account fund paying interest at 3% compounded annually. Starting on his 65th birthday, he makes 120 equal monthly withdrawals from the fund at the beginning of each month. During this period, the fund pays interest at 6% compounded annually. Calculate the amount of each withdrawal (annuity payment). A timeline may assist you in solving this calculation.
A man aged 30 deposits $500 at the end of each month for 35 years into...
A man aged 30 deposits $500 at the end of each month for 35 years into a registered retirement savings account fund paying interest at 4% compounded annually. Starting on his 65th birthday, he makes 120 equal monthly withdrawals from the fund at the beginning of each month. During this period, the fund pays interest at 7% compounded annually. Calculate the amount of each withdrawal (annuity payment). A timeline may assist you in solving this calculation. (10 points)