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You are depositing $3,000 today in an account with an expected rate of return of 10%. If you deposit an additional $4,000 three years from today, and $4,200 four years from today, what will your account balance be ten years from today? Show your formula/calculation/explanation!

You are calculating the present value of $1,000 that you will receive five years from now.Which table will you use to obtain the present value factor to multiply to calculate thepresent value of that $1,000?a. Present Value of $1 tableb. Future Value of $1 tablec. Present Value of Ordinary Annuity of $1d. Future Value of Ordinary Annuity of $1

How much must be invested now to receive $23,000 for 10 years if the first $23,000 is received one year from now and the rate is 10%? Round your present value factor to three decimal places and final answer to the nearest dollar. (Click here to see present value and future value tables) $fill in the blank 1

If you invest $10,000 per period for the following number of periods, how much would you have in each of the following instances? Use Appendix C for an approximate answer, but calculate your final answer using the formula and financial calculator methods.  In 50 years at 8 percent? (Do not round intermediate calculations. Round your final answer to 2 decimal places.)

Using time value of money tables, calculate the following: The amount a person would have to deposit today (present value) at an interest rate of 5 percent to have $1,000 five years from now.

If you invest $1,200 for 40 years at an 8.1% rate of return, you will have accumulated: (Keep 2 decimal places)

You just deposited $6, 500 in an investment account and will deposit $ 5000 more four years from now. Use tabulated factor values to determine how much will be in the account 11 years from now if the rate of return is 10% per year? 11 years from now, the account will have $.

If you invest $10,000 per year at the end of each year for 3 years at an 5.5% rate of return, you will have accumulated: (Keep 2 decimal places)

(Complex present value) You would like to have $44,000 in 11 years. To accumulate this amount, you plan to deposit each year an equal sum in the bank, which will earn 9 percent interest compounded annually. Your first payment will be made at the end of the year. a. How much must you deposit annually to accumulate this amount? b. If you decide to make a large lump-sum deposit today instead of the annual deposits, how large should this lump-sum deposit be? (Assume you can earn 9 percent on this deposit.) c. At the end of 6 years you will receive $11,000 and deposit this in the bank toward your goal of $44,000 at the end of 11 years. In addition to this deposit, how much must you deposit in equal annual deposits to reach your goal? (Again assume you can earn 9 percent on this deposit.) a. How much must you deposit annually to accumulate $44,000 in 11 years?

To calculate the value today of receiving $1,000 each year for the next 10 years, you would use which Table? Table 1-Future Value of $1 Table 2-Present Value of $1 Table 3 - Future Value of an Annuity Table 4 - Present Value of an Annuity Table 5- Market Value

Calculate the present value at t=0 (now) of the following cash flows: D. $100 every 3 years forever, with the first payment at t=3 (t counts years), where the effective annual rate is .05 (i.e. 5%) E.  $1000 every 3 years forever, with the first payment at t = 3 (t counts years), where the effective annual rate is .05 (i.e., 5%). F. $1000 every 3 years forever, with the first payment at t = 3 (t counts years), where the effective annual rate is .10 (i.e., 10%).

Suppose that $10,000 is deposited into a saving account that earns 6% interest, compounded annually.a) Assuming that no additional deposits or withdrawals are made, use the appropriate compound interestfactors to determine how much the account will be worth:i) After 5 years;ii) After 20 years. b) Verify that your answers in part (a) are correct by constructing a table or spreadsheet that shows howthe initial deposit will grow each year over 20 years. At a minimum, your table or spreadsheet shouldinclude a row for each year and show: the amount of money in the savings account at the start of each year. the amount of interest earned each year; and the amount of money in the savings account at the end of each year, after interest is paid.Be sure to briefly explain how your table or spreadsheet verifies your results from part (a). c) Again assuming that no additional deposits or withdrawals are made, how many years will it take untilthere is at least $50,000 in the account?

You have the opportunity to invest in several annuities. Which of the following 10-year annuities has the greatest present value (PV)? Assume that all annuities earn the same positive interest rate. An annuity that pays $1,000 at the end of each year   An annuity that pays $500 at the end of every six months   An annuity that pays $1,000 at the beginning of each year   An annuity that pays $500 at the beginning of every six months

Using ume value of money tables, calculate the following. (Exhibit 1-A, Exhibit 1-B, Exhibit 1-C., Exhibit 1-D) Note: Use approprlate factor(s) from the tables provided. a. The future value of $490 six years from now at 5 percent. b. The future value of $600 saved each year for 10 years at 7 percent c. The amount a person would have to deposit today (present value) at an interest rate of 7 percent to have $900 five years from now. d. The amount a person would have to deposit today to be able to take out $600 a year for 10 years from an account earning 9 percent. Complete this question by entering your answers in the tabs below. The future value of $600 saved each year for 10 years at? percent. Noter Round time value factor to 3 decimal place and finafapswes to 2 decimal places.