1. Assume you deposit $100 in an account at 10%
interest rate and leave it in the account for three years. In year
3, the interest on previously received interest component will be
equal to
a. $1.00
b. $21.00
c. $2.10
d. $ 0.21
2. Assume $ 400 to be received in year 4 has a present value equal to $350. If we keep the same interest rate assumption, but instead assume that the $400 is received in year 5 we know that the resulting present value must be
a. larger than $400
b. Larger than $350
c. smaller than $350
d. equal to $350
3. if we use zero as the number of time periods in the PV formula the formula will still give as a correct answer
true
false
1. Assume you deposit $100 in an account at 10% interest rate and leave it in...
You agree to deposit $500 at the beginning of each month into a
bank account for the next 24 months. At the end of the 24th month,
you will have $13,000 in your account. If the bank compounds
interest monthly, what annual interest rate will you have
earned?
Note: Only use the formula listed and show the steps of how you
reached the answer, I don't need to know just the answer, I'm
trying to learn. Thank you. Don't use...
You agree to deposit $500 at the beginning of each month into a
bank account for the next 24 months. At the end of the 24th month,
you will have $13,000 in your account. If the bank compounds
interest monthly, what annual interest rate will you have
earned?
Note: Please post the formula used to solve the question and
list the steps taken to reach the answer, please don't use excel. I
provided a list of formulas, please state the...
Assume that you deposit $10,000 today into an account paying 6% annual interest and leave it on deposit for exactly 8 years. a. How much will be in the account at the end of 8 years in interest is compounded: 1. annually? 2. semiannually? 3. monthly? 4. continuously? b. Calculate the effective annual rate (EAR) for a (1) through a (4) above. c. Based on your findings in parts a and b, what is the general...
1. If you deposit $350 in an account today at 6% annual interest rate, 6 years from today you will have ______ in your account. a. $496.48 b. $ 2,226.00 c. $371.00 d. $386.00 2. How much do you need to deposit in your account today if you want to have $12,000 accumulated in your account in 5 years. assume 7% interest rate? a. $2,400.00 b. $8,528.18 c. $8,555.83 d. $16,830.62 3. We can omit the negative sign when inputting...
Assume that you wish to make annual deposits into a savings account. The interest rate offered by the bank is 13%, and you plan to save for the next 13 years. If your goal is for the present value of your savings to be equal to $3746, how much money must you deposit every year?
Assume that the variables 1, N, and PV represent the interest rate, Investment or deposit period, and present Invested, respectively. Which equation best represents the calculation of a future value (FV) using: Compound interest? O FV = PV / (1 + I)N O FV = (1 + I)N/PV OFV = PV x (1 + 1)N Simple interest? O FV = PV / (PV * I * N) O FV = PV - (PV x 1 x N) O FV =...
Assume you just deposited $1,000 into a bank account. The interest rate on your deposit is 6% and inflation is expected to be 2% over the next year. What is the real interest rate you expect to earn on your deposit over the next year? How much money will you have on deposit at the end of one year? If you are saving to buy a new smartphone that currently sells for $1,050, will you have enough money to buy...
An investment adviser has promised to double your money. If the interest rate is 7% a year, how many years will she take to do so? We have entered the data vou need in cells H9 to HI1: Present value (PV) Future value (FV) Interest rate (r) 1 2 0,06 You can use the present value formula to value an annuity You can either find the answer by taking logs of the present value formula or you can use Excel's...
Suppose you want to deposit a certain amount of money into a savings account and then leave it alone to draw interest for the next 10 years. At the end of 10 years you would like to have $10,000 in the account. How much do you need to deposit today make that happen? You can use the following formula, which is known as the present value formula, to find out: P = F / (1+ r)^n The terms in...
Assume that you want to deposit an amount (P) Assume that you want to deposit an amount (P) into an account two years from now in order to be able to into an account two years from now in order to be able to withdraw $400 per year for five years starting three years withdraw $400 per year for five years starting three years from now. Assume that the interest rate is 5.5% per year. from now. Assume that the...