Suppose that you wish to save the amount indicated below. You will make the first investment one month from now. opportunity how much will you need to invest at the end of each month to reach your savings goal. Assume that you the end of the term indicated below. Round your final answer to two decimals. Savings goal: Frequency of investment: Term: Expected return Monthly investment $ 776,223.00 Monthly 13 Years from now 9% APR

What is the future value in 2 years if you invest $100 at the beginning of each month for 12 months starting today at a rate 3%, compounded semi- annually? a. 1,216.53 b. 1,253.30 c. 1,219.56 d. 1,256.42

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

You are opening an investment account that will earn 11.5% compounded annually.  You will invest $1,000 today, $5,000 one year from today, $18000 two years from today, $8,000 three years from today, and $12,000 four years from today.  What will the value of your account be 4 years from today?   Question 2 options:   53,225   59,065   51,775   54,635   58,705

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.

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Assume that you can invest to earn a stated annual rate of return of 12 percent, but where interest is compounded semiannually. If you make 20 consecutive semiannual deposits of $500 each, with the first deposit being made today, what will your balance be at the end of Year 20? Group of answer choices $52,821.19 $57,900.83 $58,988.19 $62,527.47 $64,131.50

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 =

An investment opportunity promises to pay $5,500.00 per year forever starting ten years from today. Assuming the interest rate of 7%, what should I pay today for this investment?     $47,737.65     $58,194.98     $42,956.71     $30,111.39

2 You are comparing two investments. The first pays A% interest per month, compounded monthly. The second pays B% interest per six months, compounded every six months. A= B= Page 1 What is the effective semi-annual rate for: (enter to two decimals) Investment 1 Investment 2 What is the effective annual rate for: Investment 1 Investment 2 Which investment do you prefer? Try Again Try Again Try Again Try Again