3 years ago, you invested $9,200. In 3 years, you expect to have $14,167. If you expect to earn the same annual return after 3 years from today as the annual return implied from the past and expected values given in the problem, then in how many years from today do you expect to have $28,798? Input instructions: Round your answer to at least 2 decimal places. 1.62 years

3 years ago, you invested $9,200. In 3 years, you expect to have $14,167. If you expect to earn the same annual return after 3 years from today as the annual return implied from the past and expected values given in the problem, then in how many years from today do you expect to have $28,798? Input instructions: Round your answer to at least 2 decimal places. 1.62 years

Principles of Accounting Volume 2

19th Edition

ISBN:9781947172609

Author:OpenStax

Publisher:OpenStax

Chapter11: Capital Budgeting Decisions

Section: Chapter Questions

Problem 8EA: You put $250 in the bank for S years at 12%. A. If interest is added at the end of the year, how...

See similar textbooks

Similar questions

What is the IRR for a $1,075 investment that returns $190 at the end of each of the next 6 years?(Perform all calculations using 5 significant figures and round your answer to two decimal places): Answer: ____________%
Suppose you make a one-time $ 8,000 investment into an account that yields a 12% annual return. If you keep the account for 10 years, what should be the account balance? Round your answer to 2 decimal places
You started an investment account 10 years ago with $2100, and it now has grown to $8900. a. What annual rate of return have you earned (you have made no additional contributions to the account)? b. If the investment account earns 11% per year from now on, what will the account's value be ten years from now? a. The annual rate of return is%. (Round to two decimal places.) View an example Get more help - Clear all
You invested some money 15 months ago at 8 % annual simple interest. Your investment is now worth $1210. How much money did you originally invest? Give the answer to 2 decimal places, and do not use the $ sign in the answer box. Blank 1. Calculate the answer by read surrounding text. dollars
You initially invest $400 in a savings account that pays a yearly interest rate of 3%. (a) Write a formula for an exponential function giving the balance in your account as a function of the time since your initial investment. (Let B be the account balance in dollars and t be the number of years since the initial investment.) 8(t)= dollars (b) What monthly interest rate best represents this account? Round your answer to three decimal places. % (c) Calculate the decade growth factor. (Round your answer to two decimal places.) (d) Use the formula you found in part (a) to determine how long it will take for the account to reach $536. (Round your answer to the nearest whole number.) yr Explain how this is consistent with your answer to part (c), At the end of one decade, there will be $ where the account reaches $536 at the end of This --Select-- o the answer found above years,
If you put $10 in a savings account at the beginning of each year for 11 years, how much money will be in the account at the end of the 12th year? Assume that the account earns 11%, and round to the nearest $1.00. a. $217 b. $241 c. $68.89 d. $76.47 Please solve problem and give correct answer choice above. Please show all work and steps.
Assume today is January 1 and you plan to invest $4,000 today in an account earning interest of 6% compounded semi-annually. You would like to calculate the amount your investment will grow to three years from now.Question: What should be the correct "n" and "i" to use for factor table purposes in order to answer your question?
You want to be able to withdraw $4000 from an account at the end of each 6-month period (that is, twice a year) for the next 8 years. How much money should you invest now into an account earning 2.4% interest per year, compounded every 6 months, in order to fund the desired withdrawals? Assume the account is empty after the last withdrawal is made. Give the answer correctly to 2 decimal places. ns The amount to invest now is dollars. ons Do NOT use the dollar sign in the answer box. essons
You want to be able to withdraw $4500 from an account at the end of each 6-month period (that is, twice a year) for the next 11 years. How much money should you invest now into an account earning 4.1% interest per year, compounded every 6 months, in order to fund the desired withdrawals? Assume the account is empty after the last withdrawal is made. Give the answer correctly to 2 decimal places. The amount to invest now is ______ dollars.
Problem #1. You invested $150 at the end of every month for 10 years at 7% interest compounded monthly. Use formulas (not tables) to calculate (a) How much your investment is worth after 10 years. Show your work. (b) If you had invested the money at the beginning of each month rather than at the end, how much would be in your account? Show your work.
Suppose that you are planning to buy a boat in in 28 years [cell B3] for $100,000 [cell B2], and you deposit into your account the amount of $26,000 CAD [cell B1]. (a) What average annually compounding rate of return (as a percentage, correct to 2 decimals) should you earn so you can accumulate the lump sum needed to achieve your goal [cell B5]? Use the RATE function.(Note: You might have to modify the format of cell B5 so that it shows 2 decimals.) (b) What is the correct formula (using 18 characters or less) that should be placed in cell B5?Note: There are to be NO numbers in the function call (apart from a 0 if appropriate), only cell references, or negative cell references where appropriate. In excel pls.
You have $76,000 in your account that you want to grow to triple that amount in 25 years. What annual rate of return is necessary to reach your goal? (Note: Enter your answer is a decimal, not a percentage. For example, enter .0452 instead of 4.52%) Your Answer: Answer