Respuesta :
Answer:
A B C D E
Year 1 100000 0 0.925 92500 0
Year 2 25000 80000 0.857 21425 68560
Year 3 25000 80000 0.793 19825 63440
Year 4 25000 80000 0.735 18375 58800
Total 152,125 190,800
Cost of the project = A, Benefits = B, Discount Factor at 8% = C, NPV of Outflows = D, NPV of Inflows = E
1. Financial Analysis using NPV
Net present value of the Cost and Benefits = NPV of Inflows - NPV of Outflows
NPV = $190,800 - $152,125
NPV = $38,675
Conclusion: NPV is positive hence the project should be accepted
2. ROI = The Earnings / Cost of investment made.
ROI = 240,000 / 175,000
ROI = 1.371429
ROI = 137.14%
3. Payback Period
A B C D
Year 1 100000 100000 0 0
Year 2 25000 125000 80000 80000
Year 3 25000 150000 80000 160000
Year 4 25000 175000 80000 240000
Cost of the project = A, Cumulative Cost = B, Benefits = C, Cumulative benefits = D
Here, it is apparent that cost in project is achieved in the Year 3 itself but, $25,000 invested every year, so that cost need to be recovered from the cost. Incremental cost is $25,000 but incremental earning required is Only $175,000 - $160,000 = 15000$.
So, Year 4, $80,000 is earned in 12 months, then $15,000 in how many months, require
So, accordingly 12 * $15,000 / $80,000 = 2.25 Months.
Pay back period is 3 years and 2.25 months
Hence, it is advisable to take up the project.