Answer:
$15960.94 is the amount I will have in my account after 17 years.
Explanation:
Firstly we are given the present value of the investment that we will be saving so it will be $7250. we are further given that this investment will be saved during a period of 17 years at different rates through the 17 years so we are looking for the future value after 17 years therefore we will use the future value investment formula as just only one amount is invested.
The future value formula = 
where Fv is the future value of the investment after 17 years,
Pv is the invested amount initially $7250
i is the interest rate which here it is 4% for the first 5 years, then 4.6% after for 4 years, thereafter 5.3% for the remaining 8 years so we will.
n is the number of years of the investment as per their given interest rates, substitute these values to the above mentioned formula:
Fv= $7250((1+4%)^5) ((1+4.6%)^4)( (1+5.3%)^8) then compute on a calculator
Fv = $15960.938 then we round off to two decimal places
Fv = $15960.94 which will be the amount that will be saved after 17 years .
Answer:
Net cash provided by financing activities $1,195,000
Explanation:
The computation of the net cash provided by financing activities are as follows:
Cash flows from financing activities
Issue bonds $2,090,000
Issue preferred stock $795,000
Less: Purchase of treasury stock -$1,180,000
Less: Dividend paid to preferred stockholders -$510,000
Net cash provided by financing activities $1,195,000
Answer:
$265 billion
Explanation:
The computation of the GDP in year 2 is shown below:
= GDP in year 1 + increase in the business inventories
= $250 billion + $15 billion
= $265 billion
We simply added the GDP in year 1 with the increase in the business inventories so that the GDP in year 2 could come
Birthrate is the number of births while deaerate is the number of deaths