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:
$0 cost or savings per unit
Explanation:
Cost to Buy
Purchase Price $31.40
and,
Costs to Make
Direct materials $9.10
Direct labor $13.10
Variable overhead $2.10
Fixed Overheads $7.10
Total $31.40
therefore
The net incremental cost or savings of buying the component is $0 cost or savings per unit
The correct answer among the choices listed is the second option. Scarcity is the term that would mean "limited resource". It is the state of having shortage or small amount of supply with a high value of demand. Hope this helps.
1, 2, 3 I think would all be things she lost. Hope this helps!
Answer:
NOT might lose customers because of a lack of innovation
NOT might not be able to attract essential new investors
Explanation:
Since in the question it is mentioned that Samantha who has a bakery is sucessfully run for a year and it is popular also. At the same time she planned for using her profits in order to cover up the similar cost that had done in the last year
So based on this, the risk she has taking is that she not want to lose his customers as there is an innovation lacking also she is not capable to attract the new investors
Therefore the same is to be considered
