Answer:
$5.73(Approx).
Explanation:
Given:
= 0.32
Growth rate = 25% = 0.25
Number of year = 4
Growth rate after 4 year = 3% = 0.03
Required rate of return = 15% = 0.15
Computation of divined in 4 year:
Price of stock after year 4 = [Divined in 4 year × (1 + new growth)] /[Required rate of return - Growth rate after 4 year ]
Price of stock after year 4 = [0.78125 × (1+0.03)] / [0.15 - 0.03]
Price of stock after year 4 = [0.8046875] / [0.12]
Price of stock after year 4 = $6.70572917
Present value = Future value / 
Present value = $6.70572917 / 
Present value = $6.70572917 / 
$5.73(Approx).
<span>Distributive Justice</span>
A. its a tailpor made for each job
The solution for the problem follows:
Expense = variable expenses * quantity of produced + fixed
expenses
= 14q + 78,490
= 14 (3500) + 78, 490
= 49000 + 78,490
= $127, 490 is the total expense for 3,500 tennis rackets
Get the per piece expense by dividing 127,490 to 3500
Expense per piece = 127,490 / 3500
= $36.43
<span> </span>
The answer is they seem to go together, since as time passes, the higher the interest rates grow or vice versa, while time passes interest rates may fall as well, but commonly, as time passes, so does interest rates rise. This reactions may be seen in huge companies or organizations that have invested huge amounts of money that have grown overtime
