The process by which an increase in government borrowing results in less borrowing by businesses and consumers for private inves
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Answer:
Ans. a) $769.27 is the amount of money that you can withdraw every month for 120 months at a rate of 3.2% compounded monthly if you deposit $235.15 every month, for 20 years.
Explanation:
Hi, first we have to turn this compounded rate into an effective rate, in this case, effective monthly, that is by doing the following.
that is 0.267% effective monthly.
Now, we need to take all this annuities to 20 years in the future, which is going to be the present value to use in order to find the amount of moneuy that you can withdraw every month, for 120 months (10 years).
For A = 235.15; r =0,00267; n=240
Now, in order to find the amount of money to withdraw for 10 years, every month, we have to use the following equation.
Since the future value 20 years from now is the present value of the annuity we are looking for, all should look like this.
So the answer is a) $769.27
Best of luck.