An investment will pay $20,900 at the end of next year for an investment of $20,000 at the start of the year. If the bank offers an interest of 2.5% over the same period, what is the net value of the decision to proceed with the investment in terms of dollars today? Hint: The net value in terms of dollars today is the net value computed at time zero. -$500 +$500 -$400 +$390 +$400 -$390

An investment will pay $20,900 at the end of next year for an investment of $20,000 at the start of the year. If the bank offers an interest of 2.5% over the same period, what is the net value of the decision to proceed with the investment in terms of dollars today? Hint: The net value in terms of dollars today is the net value computed at time zero. -$500 +$500 -$400 +$390 +$400 -$390

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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An investment, which is worth $57,023.00 and has an expected return of 17.00 percent, is expected to pay fixed annual cash flows forever with the next annual cash flow expected in 1 year. What is the present value of the annual cash flow that is expected in 3 years from today? O $9,693.91 (plus or minus 3 dollars) O $35,603.48 (plus or minus 3 dollars) O $6,052.59 (plus or minus 3 dollars) O $8,285.39 (plus or minus 3 dollars) O none of the answers are within 3 dollars of the correct answer
What is the rate of return (the interest rate) on an investment today of $30,626.24 if the company expects to receive $45,000 in 5 years? а. 9% O b. 8% С. 6% d. 7%
9 Suppose you invested $500 in a local credit union and: f(t) gives the future value of the investment in t years, if the APR is 2% and interest is compounded quarterly. • g(t) gives the future value of the investment in t years, if the APR is 2% and interest is compounded monthly. h(t) gives the future value of the investment in f years, if the APR is 2% and interest is compounded continuously. a. Write a function rule for f(t). For g(t). For h(t). Then describe how the rules are similar and how they are different. b. Based on your understanding of exponential growth, describe how the graphs of f(t), g(t), and h(t) are similar, and how they are different. c. On the same coordinate grid, use algebraic reasoning to sketch graphs of the three functions. .
Suppose that an amount in Kina, is invested in a private financial institution, with interest compounded continuously at 8% per year. a). Write the equation in terms of P0 and 0.08 where P0 is the starting amount invested. And the final balance in the account is denoted with variable P b). Suppose that K2000 is invested. What is the total amount in the account after 3years? c). How many years will it take to have more then the invested amount
Give only typing answer with explanation and conclusion
Future Value =FV Please see image
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An investment will pay $19,691 in 19 years. If the interest rate is 12.24%, how much is it worth today? (Round to 2 decimal places.)
If you invest $3.000 today, how much would you have in your account in 35 years from now if the interest rates are 7.0256% per year? Assume interest is compounded semiannually. Answer with formulas in Excel will be appreciated.
i need the answer quickly
You are opening an investment account that will earn 6.5% compounded annually. You will invest $1,000 one year from today, $800 two years from today, and 1,200 three years from today. What will the value of your account be 4 years from today? 3.586 3,393 3,422 3,242 3,518
The interest rate required for a $2,050 investment to double in 5 years can be found from this equation: 4,100=2,050(1+r2)104,100=2,0501+r210 . Find the necessary rate. Your answer should be a decimal, but express it as a percentage to 2 decimal places: The rate is %

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