Yesterday you won $340,000 and decided to invest your money at 9.15% per year (compounded annually). How much money could you withdraw at the end of the next 14 years?
A. |
$39,654.39 |
|
B. |
$43,685.53 |
|
C. |
$44,036.48 |
|
D. |
$46,556.22 |
|
E. |
$44,001.93 |
Withdaw in each year (P) | PVA÷([1-(1÷(1+r)^n)]÷r) | |
Here, | ||
A | Interest rate per annum | 9.15% |
B | Number of years | 14 |
C | Number of compoundings per per annum | 1 |
A÷C | Interest rate per period ( r) | 9.15% |
B×C | Number of periods (n) | 14 |
Present value (PVA) | $ 340,000.00 | |
Withdaw in each year (P) | $ 44,036.48 | |
340000÷((1-(1÷(1+9.15%)^14))÷9.15%) |
Yesterday you won $340,000 and decided to invest your money at 9.15% per year (compounded annually)....
You are going to save money for your son’s education. You have decided to place $1,915 every half year at the end of the period into a saving account earning 5.95 percent per year, compounded semi-annually for the next 11 years. How much money will be in the account at the end of that time period?
You have $520 in an account which pays 4.3% compounded annually. If you invest your money for 10 years, then how many dollars of interest will you earn by the end of the term?
You are going to save money for your son's education. You have decided to place $2,667 every half year at the end of the period into a saving account earning 8.58 percent per year, compounded semi-annually for the next 3 years. How much money will be in the account at the end of that time period? Round the answer to two decimal places.
You are going to save money for your son’s education. You have decided to place $1,192 every half year at the end of the period into a saving account earning 9.21 percent per year, compounded semi-annually for the next 9 years. How much money will be in the account at the end of that time period? Round the answer to two decimal places.
You have accumulated some money for your retirement. You are going to withdraw $80,868 every year at the end of the year for the next 20 years. How much money have you accumulated for your retirement? Your account pays you 7.47 percent per year, compounded annually. To answer this question, you have to find the present value of these cash flows.
You have accumulated some money for your retirement. You are going to withdraw $73,170 every year at the end of the year for the next 29 years. How much money have you accumulated for your retirement? Your account pays you 13.01 percent per year, compounded annually. To answer this question, you have to find the present value of these cash flows.
You have accumulated some money for your retirement. You are going to withdraw $65,548 every year at the end of the year for the next 20 years. How much money have you accumulated for your retirement? Your account pays you 18.61 percent per year, compounded annually. To answer this question, you have to find the present value of these cash flows. Round the answer to two decimal places.
You have accumulated some money for your retirement. You are going to withdraw $98,983 every year at the end of the year for the next 23 years. How much money have you accumulated for your retirement? Your account pays you 5.47 percent per year, compounded annually. To answer this question, you have to find the present value of these cash flows. Round the answer to two decimal places.
d. 12% nominal rate, monthly compounding 2. You plan to invest an amount of money in five-year certificate of deposit (CD) at your bank. The stated interest rate applied to the CD is 12 percent, compounded annually. How much must you invest if you want the balance in the CD account to be $8,500 in five years? 3. You deposited $1,000 in a savings account that pays 8 percent interest, compounded annually, planning to use it to finish your last...
You have accumulated some money for your retirement. You are going to withdraw $71,164 every year at the end of the year for the next 17 years. How much money have you accumulated for your retirement? Your account pays you 11.41 percent per year, compounded annually. To answer this question, you have to find the present value of these cash flows. Round the answer to two decimal places.