Answer:
Total FV= $29,335.25
Explanation:
<u>First, we need to calculate the future value of the initial investment ($2,500) using the following formula:</u>
FV= PV*(1 + i)^n
PV= $2,500
i= 0.0075
n=10*12= 120 months
FV= 2,500*(1.0075^120)
FV= $6,128.39
<u>Now, the future value of the $1,500 annual deposit:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
We need to determine the effective annual rate:
Effective annual rate= (1.0075^12) - 1= 0.0938
FV= {1,500*[(1.0938^10) - 1]} / 0.0938
FV= $23,206.86
Total FV= $29,335.25
Answer:
rocesses often producea high variety of products/services and high-volume operations processes often produce a narrow variety of products/services. The design of any process should be governed by the volume and variety it is required to produce. Depending on those factors, processes will changeExplanation:
Not all of the answer choices are here
Answer:
B. Real options must have positive value because they are only exercised when doing so would increase the value of the investment.
C. Having the real option but not the obligation to act is valuable.
D. If exercising the real option would reduce value, managers can allow the option to go unexercised.
Explanation:
A real option is a choice made available to the managers of a company concerning business investment opportunities. It is referred to as “real” because it typically references projects involving a tangible asset instead of a financial instrument. Tangible assets are physical assets such as machinery, land, and buildings, as well as inventory.
A 'real option' is also a choice available to a company regarding an investment opportunity. The term 'real' means that it refers to a tangible asset and not a financial instrument. Examples of real options include determining whether to build a new factory, change the machinery and technology on a production line.
