Part 1How long will it take to save $1701.00 by makingdeposits of $146.00 at the end of every year into anaccount earning interest at 7% compoundedannually? State your answer in years and months (from 0 to 11 months).Question content area bottomPart 1It will takeenter your response here year(s) andenter your response here month(s).

Step 1: Identify the formula to be usedFormula for Ordinary Annuity (annuity paid at the end of each…

Answered: Part 1 How long will it take to save…

Essentials Of Investments

11th Edition

ISBN:9781260013924

Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Chapter1: Investments: Background And Issues

Section: Chapter Questions

Problem 1PS

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3 How much is accumulated in each of the following savings plans over X years? X= Y= Z= A= 1 years 30 $ 20 $ 24% $Y deposited at the end of each month at A% compounded monthly Try Again $Z deposited at the end of the first month, $Z+1 at the end of the second month, and so forth, increasing by $1 per month, at A% compounded monthly. Try Again
Saving Later Plan 2: Invest $350 at the end of each month into an account paying 7.5% compounded monthly for 15 years then leave the money in the account earning interest until retirement (making no additional withdrawals or investments until retirement). Using the assumptions above, write down your answer to each of the following questions. 19. Create the following table of values for this investment plan. Saving Later Plan 2, tuho table should be handwritten) to find the amount available after 15 years. Write N/A next to any variable that does not apply and write Solve next to the appropriate varlable. P%3D r = A = M = n = 20. Indicate the best formula to use to compute the amount available after 15 years. 21. Substitute the values into the formula and compute how much money will be available after 15 years.
Saving Later Plan 2: Invest $350 at the end of each month into an account paying 7.5% compounded monthly for 15 years then leave the money in the account earning interest until retirement (making no additional withdrawals or investments until retirement). Using the assumptions above, write down your answer to each of the following questions: 19. Create the following table of values for this investment plan, Saving Later Plan 2, (the table should be handwritten) to find the amount available after 15 years. Write N/A next to any variable that does not apply and write Solve next to the appropriate variable. P = A = t 3D M =
Suppose that you deposit $555 today in an account with an APR of 10% compounded monthly. How much interest will you have earned at the end of six years? Assume a year has 365 days. Deposit $ 555.00 APR 10% Years 6 Interest
Question 4 answered Suppose you want to have $500,000 for retirement in 30 years. Your account earns 8% interest. a) How much would you need to deposit in the account each month? $ b) How much interest will you earn? S Question Help: Submit Question > Video Search
Use the formula for computing future value using compound interest to determine the value of an account at the end of 9 years if a principal amount of $18,000 is deposited in an account at an annual interest rate of 3% and the interest is compounded quarterly. Question content area bottom Part 1 The amount after 9 years will be $enter your response here. (Round to the nearest cent as needed.)
You invested $4,800 into an account. Your balance is now $14,400. Your compound annual rate of return was 4.65%. How long ago did you open the account? Question 4 options: 25.1 years 26.4 years 24.2 years 27.6 years 28.1 years
Suppose you invest $25 per week into an account that earns 2% compounded weekly. You make the deposits at the beginning of each week. If you continue to make these deposits for 40 years, how much will you save? Group of answer choices $73,443.56 $79,668.54 $53,040.00 $79,637.91
How much would you need to deposit in an account each month in order to have $30,000 in the account in 8 years? Assume the account earns 7% interest. S Submit Question Search hp
Suppose you deposit $3600 to open an account that earns 6% interest compounded monthly. You are trying to save money and find that you are able to put away an additional $50 each month. Write a recursive formula to show the amount of money you will have in the account at the end of each month.
5 You have a credit card with a balance of $11,500 and an APR of 17.3 percent compounded monthly. You have been making monthly payments of $225 per month, but you have received a substantial raise and will increase your monthly payments to $275 per month. How many months quicker will you be able to pay off the account? Multiple Choice 28.75 months 25.88 months 24.64 months 9.29 months 26.83 months
SUBJECT: ENGINEERING ECONOMICS (a) Identify the Given and the Unknown or what is being asked in the problem (b)Provide the formula to be used (c)Show the complete solution. The final answer is already provided. You plan to deposit P100 into a savings account at the end of each month for the next 5 years. a.)At 3% compounded monthly, how much will you have accumulated at the end of 5 years? b.)How much difference would it make if the payments were made at the beginning of the month rather than at the end? Answer: a.) F = P6,464.67, b.) F value difference = P196.63

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