a) When you retire 40 years from now, you want to have $1.2 million. You think you can earn an average of 12 percent on your investments. To meet your goal, you are trying to decide whether to deposit a lump sum today, or to wait and deposit a lump sum 2 years from today. How much more will you have to deposit as a lump sum if you wait for 2 years before making the deposit? b) Some time ago, Julie purchased eleven acres of land costing $36,900. Today, that land is valued at $214,800. How long has she owned this land if the price of the land has been increasing at 10.5 percent per year?

a) When you retire 40 years from now, you want to have $1.2 million. You think you can earn an average of 12 percent on your investments. To meet your goal, you are trying to decide whether to deposit a lump sum today, or to wait and deposit a lump sum 2 years from today. How much more will you have to deposit as a lump sum if you wait for 2 years before making the deposit? b) Some time ago, Julie purchased eleven acres of land costing $36,900. Today, that land is valued at $214,800. How long has she owned this land if the price of the land has been increasing at 10.5 percent per year?

Excel Applications for Accounting Principles

4th Edition

ISBN:9781111581565

Author:Gaylord N. Smith

Publisher:Gaylord N. Smith

Chapter27: Time Value Of Money (compound)

Section: Chapter Questions

Problem 10E

See similar textbooks

Similar questions

Two people plan to invest $50,000. Matt is going to invest it in one lump sum and leave it in the account for 25 years to use for retirement. Sarah is going to invest $2000 per year for 25 years and will also use the money in the account for retirement. Is it reasonable to expect that Matt will have more money in his account than Sarah does in 25 years if both accounts earn the same interest?
(Related to The Business of Life: Saving for Your First House) (Future value) You are hoping to buy a house the future and recently received an inheritance of $18,000. You intend to use your inheritance as a down payment o your house. a. If you put your inheritance in an account that earns 8 percent interest compounded annually, how many years will be before your inheritance grows to $34,000? b. If you let your money grow for 10.25 years at 8 percent, how much will you have? c. How long will it take your money to grow to $34,000 if you move it into an account that pays 4 percent compounded annually? How long will it take your money to grow to $34,000 if you move it into an account that pays 13 percent? d. What does all this tell you about the relationship among interest rates, time, and future sums? it be before your inheritance grows to $34,000? 8.26 years (Round to one decimal place.) b. If you let your money grow for 10.25 years at 8 percent, how much will you have? (Round to the…
Mr. Lau 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 five years, will have a cash value of $150,000. To make up the difference, Mr. Lau has decided to make monthly deposits in the account. How much should each deposit be if all interest is computed at 6 percent compounded monthly? Functions: Ordinary Annuities: Sinking Funds and Ordinary annuities: Amortization Note: Cannot use Excel/Spreadsheet
Donald 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, Donald has decided to make monthly deposits in the account. How much should each deposit be if all interest is computed at 6 percent compounded monthly?
You would like to give your daughter $75,000 towards her college education 17 years from now. How much money must you set aside today for this purpose if you can earn 8 percent on your investments?
Mr. chan wants to purchase a house after a couple of years. his target house value is P4,975,193. He decides to invest in a product where he can deposit yearly P592796 starting at the beginning of each year until year 13. he wants to know what is the present value of the annuity investment that he is doing. this would enable him to know what the true cost of the property in today's term is. you are required to do the calculation of the present value of the annuity due that mr. chan is planning to make. assume that the rate earned on investment will be 9.87%. Write your answer in two decimal places
Ms. Ieda Silva plans to retire in 28 years and expects to live for 25 years after retirement. She is preparing a savings plan to meet the following objectives. First, after retirement she would like to be able to withdraw $20,000 per month. The first withdrawal will occur at the end of the first month after retirement. Second, she would like to leave her son an inheritance of $500,000 when she passes on. Finally, she would like to set up a fund that will pay $15,000 per month forever to her favorite charity after she passes on. These payments to the charity will start one month after she passes on. All monies can earn 10 percent annual rate compounded monthly. How much will she have to save per month to meet these objectives? She wishes to make the first deposit a month from now and the last deposit on the day she retires. A.$983.24 B.$1,105.11 C.$1,550.51 D.$1,202.17 E.$603.38 F.$430.71 G.$1,014.02 H.$1,306.52
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.
Suppose Mr. Ali wish to retire thirty years from today. He has just recieved a lump-sum amount of $30000 from inheritance, he expect that he may need $50000 on the marriage of his daughter 20 years from today. He determines that he needs $15000 per year once he retires, with the first retirement funds withdrawn one year from the day he retires. He estimates that he will earn 10% per year on the retirement funds and that he will need funds up to and including in his 20th birthday after retirement. a) how much he needs to deposit an account today so that he has enough funds to meet all his future expenditures? b) how much he needs to deposit each year in an account, starting one year from today, so that he may have enough funds to meet all his future requirements? c) suppose that an investment promises to pay a nominal 11.6 percent annual rate of interest. What is the effective annual interest rate on this investment assuming that interest is compounding (a) annually? (b) semi…
Your sister just deposited $9,000 into an investment account. She believes that she will earn an annual return of 9.5 percent for the next 8 years. You believe that you will only be able to earn an annual return of 8.6 percent over the same period. How much more must you deposit today in order to have the same amount as your sister in 8 years?
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 five 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 each deposit be if all interest is computed at 6% compounded monthly ?
Six years ago, Gladys opened a retirement account with an initial deposit of $14,000. Each year since then, she has added $2,000 to the account at the end of each year. She plans on contributing for the next 25 years. How would you determine the future value of her account at retirement? O Future value of a lump sum and future value of an annuity. O Future value of an annuity and the present value of a lump sum. O Future value of a lump sum and present value of an annuity. O Future value of an annuity.