Answer:
The answer is c. $3,883.27
Explanation:
For the problem, we will be using the formula for calculating the Future Value of money, which is:
Where:
F - future value
P - Principal amount = ($100)
r - rate of growth in percent = (5% or 0.05)
n - number of years = (75)
We calculate thus:
= 
therefore the amount after 75 years will be $3,883.27
The answer to this question is: Q
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Answer:
NPV = 138,347.55
Explanation:
<em>Net Present Value (NPV) : This is one of the techniques available to evaluate the feasibility of an investment project. The NPV of a project is the difference between the present value of the cash inflows and the cash outflows of the project.</em>
We sahall compute theNPV of this project by discounting the appropriate cash flows as follows:
<em>Prevent Value of operating cash flow</em>
PV =A× (1- (1+r)^(-n))/r
A- 23,900, r - 12%, n- 5
PV = $23,900 × (1- (1.12)^(-5))/0.05
=206,769.963
<em>PV of Working Capital recouped</em>
PV = 5600× 1.12^(-5)
= 3,177.59
NPV = initial cost + working capital + Present Value of working capital recouped + PV of operating cash inflow
NPV = (66,000) + (5600) + 3,177.59 + 206,769.96
NPV = 138,347.55
Answer: bonds
Explanation: will allow for a risk free option and to gain money from a little bit of time and money
(not 100% sure on answer but I believe it is bonds)
