It will take 8.04 years for the initial investment of $15000 to become $30,000
What is the future value of an investment?
The future value of $15,000 invested now earning a rate of return of 9% per year is $30,000, it the future equivalent of an amount invested now when the invested amount has earned interest over a specific period of time.
The below future value formula of single cash flow can be used to determine the number of years it takes for the initial investment to double.
FV=PV*(1+r)^N
FV=future value=$30,000
PV=initial investment=$15,000
r=rate of return=9%
N=number of years it takes for the initial investment to double=unknown(assume it is X)
$30,000=$15000*(1+9%)^N
$30000/$15000=(1+9%)^N
2=1.09^N
take log of both sides
ln(2)=N*ln(1.09)
N=ln(2)/ln(1.09)
N=8.04 years
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Answer: Decrease
Explanation:
What makes return on investment fantastic is when production and sales is on a steady increase, as production increases and sales follow there after, there would be an increase in return on investment because the increase in sales would make room for expansion giving the business more profit, but in the scenario where raw materials are not promising, there would be a decrease in production overtime and which would also lead to a decrease in return on investment.
Student Loan:
- borrowed money that needs to be repaid
- part of credit history
Grant or Scholarship
- given on the basis of financial need
- Given based on academic achievement and financial need
The major difference between loans and scholarships is that loans will have to be repaid and scholarships do not.
<span>What is the most important duty of a firm's financial officer? to ensure that the firm has enough cash on hand to meet its commitments at any given time to decide how to pay for investments to manage working capital to make investment decisions?</span>
