None 4. Grant has made a plan to deposit $12,000 today into a bank account paying a steady rate of 3.75%. Atthe end of each of the next three years, he will add $6,000 to this account. Finally, he will let theaccount sit for five years after the last deposit, so he can buy a sports car on his 65th birthday. Howmuch will Grant be able to spend on his sports car?

To solve this problem, we need to calculate the future value of each deposit Grant makes,…

Answered: 4. Grant has made a plan to deposit…

EBK CONTEMPORARY FINANCIAL MANAGEMENT

14th Edition

ISBN:9781337514835

Author:MOYER

Publisher:MOYER

Chapter5: The Time Value Of Money

Section: Chapter Questions

Problem 14P

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Similar questions

Refer to the present value table information on the previous page. What amount should Brett have in his bank account today, before withdrawal, if he needs 2,000 each year for 4 years, with the first withdrawal to be made today and each subsequent withdrawal at 1-year intervals? (Brett is to have exactly a zero balance in his bank account after the fourth withdrawal.) a. 2,000 + (2,000 0.926) + (2,000 0. 857) + (2,000 0.794) b. 2,0000.7354 c. (2,000 0.926) + (2,000 0.857) + (2,000 0.794) + (2,000 0.735) d. 2,0000.9264
7. Your best friend Sam is in discussion with you about saving for his retirement. You are to advise him on how much he should deposit annually to meet his retirement needs. Assume that he will deposit a fixed annual amount for the next 20 years into a retirement savings account, starting one year from now. Sam has a son who will be attending college and plans to make 5 withdrawals (starting one year after making his final deposit into the retirement account) of $35,000 each to pay for his annual tuition for the following 5 years. Commercial Banks will be paying 6 percent on such retirement accounts for the next 25 years. Kindly advise Sam on how much he should place in the account annually to cover his retirement needs.
Madison is planning to save for his newborn daughter’s college tuition, to be paid in 18 years. The amount he wishes to have by that time is $70,000. He plans to deposit $2,300 in a bank account every year for 18 years, starting next year. Suppose the account pays 2% interest on deposits, compounded annually. How much would he need to deposit right now, to make up the remaining amount necessary by the end of 18 years? a. $13,378.03 b. $14,529.48 c. $15,841.33 d. $17,003.96 e. $18,458.72.
6. If you desire to have $80,000 for a down payment for a house in 7 years, what amount would you need to deposit each year for these 7 years? Assume that your money will earn 10 percent per year. 7. Kate deposits $9,900 each yearinto her retirement account. If these funds have an average earning of 11 percent over the 40 years until her retirement, what will be the value of her retirement account?
8. Hersch's parents set up a fund to help him pay for college. They want him to receive $3000 each month for 5 years, beginning 18 years from now. They plan to invest the money today in an account that pays 4.2% per year compounded monthly. a) How much money must be in the account 18 years from now? b) How much must Hersch's parents invest today? c) How much interest will the fund earn?
Starling wants to retire with $2, 110,000 in his retirement account exactly 41 years from today. He will make annual deposits at the end of each year to fund his retirement account. If he can earn 9.73 percent per year, how much must he deposit each year? ** PLS EXPLAIN HOW TO SOLVE USING A FINANCIAL CALCULATOR
Slick Sam has a special relationship with his banker. The nature of the relationship is as follows: • The bank owes Sam $100 per year forever. The 1st payment is due in 1 year. • The bank will borrow or lend money to Sam at a constant effective rate of i per year. Today, Sam calculated the present value of the payments that are due to him as X. Sam can receive his first 16 payments at the end of year 16 in a lump sum. If he does that, then the total value of the lump sum and future payments at the end of the sixteenth year is X + 2,000. Calculate X. A B с D E 3,330 3,350 3,400 3,450 3,500
William Brown plans to save $5,693 every year for the next eight years, starting today. At the end of eight years, William will turn 30 years old and plans to use his savings toward the down payment on a house. If his investment in a mutual fund will earn him 12 percent annually, how much will he have saved in eight years when he buys his house? (Round factor values to 4 decimal places, e.g. 1.5212 and final answer to 2 decimal places, e.g. 15.25.) Future value of investment $
Michael Jones plans to save $5,928 every year for the next eight years, starting today. At the end of eight years, Michael will turn 30 years old and plans to use his savings toward the down payment on a house. If his investment in a mutual fund will earn him 11 percent annually, how much will he have saved in eight years when he buys his house? (Round factor values to 4 decimal places, e.g. 1.5212 and final answer to 2 decimal places, e.g. 15.25.) Future value of investment $
James Smith plans to save $4,000 every year for the next eight years, starting today. At the end of eight years, James will turn 30 years old and plans to use his savings toward the down payment on a house. If his investment in a mutual fund will earn him 12.0 percent annually, how much will he have saved in eight years when he buys his house? (Round factor values to 4 decimal places, e.g. 1.5212 and final answer to 2 decimal places, e.g. 15.25.)
Michael Jones plans to save $5,928 every year for the next eight years, starting today. At the end of eight years, Michael will turn 30 years old and plans to use his savings toward the down payment on a house. If his investment in a mutual fund will earn him 10.6 percent annually, how much will he have saved in eight years when he buys his house? (Round factor values to 4 decimal places, e.g. 1.5212 and final answer to 2 decimal places, e.g. 15.25.) Future value of investment $enter the future value of investment rounded to 2 decimal places
Michael is updating his estate plan for himself and his family. He would like to provide an income of $3000 every month starting 10.5 years from now and continuing for the next 20 years. He has started his account with an initial deposit of $10,000 and he knows his life insurance, maturing in 5 years, will have a cash value of $150,000. To make up the difference, Michael has decided to make monthly deposits in the account. How much should eachdeposit be if all interest is computed at 6% compounded monthly? Note: Cannot use Excel/Spreadsheet.

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