A |
B |
C |
|
Annual revenue |
309,000 |
204,500 |
300,000 |
annual expense |
-189,000 |
-94,500 |
-134,000 |
Total cash flow |
120,000 |
110,000 |
166,000 |
For project A,
Project cost = 400,000
Salvage value = 65000
Life= 24
Interest = 10%
Present value of all the cash flow for the next 24 years= P* (1- (1+r)^-n)/r
P =120,000
R= 10%
N= 24
PV = 120000* (1-(1+0.10)^(-24))/0.10
= 1,078,169.28
Profit from sale of asset = PV of the future value = Future Value / (1 + interest rate%)^n
= 65000/(1+0.10)^24
= 6599.16
So total cash inflow= 1078169.28+6599.16= 1084768.45
Total cash outflow= 400000
So the NPV= Total cash inflow – total cash outflow
= 1084768.45-400000
= $684,768.45
Project B:
Project cost = 100,000
Salvage value = 50000
Life= 36
Interest = 10%
Present value of all the cash flow for the next 36 years= P* (1- (1+r)^-n)/r
P =110,000
R= 10%
N= 36
PV = 110000* (1-(1+0.10)^(-36))/0.10
= 1,064415.90
Profit from sale of asset = PV of the future value = Future Value / (1 + interest rate%)^n
= 50000/(1+0.10)^36
= 1617.45
So total cash inflow= 1066033.36
Total cash outflow= 100000
So the NPV= Total cash inflow – total cash outflow
= 1066033-100000= $966,033.36
Project C:
Project cost = 150,000
Salvage value = 100,000
Life= 12
Interest = 10%
Present value of all the cash flow for the next 36 years= P* (1- (1+r)^-n)/r
P =166,000
R= 10%
N= 12
PV = 166,000* (1-(1+0.10)^(-12))/0.10
= 1,131072.84
Profit from sale of asset = PV of the future value = Future Value / (1 + interest rate%)^n
= 100000/(1+0.10)^12
= 31863.08
So total cash inflow= 1162935.92
Total cash outflow= 150,000
So the NPV= Total cash inflow – total cash outflow
= $1,162,935.92
So , in conclusion
A |
B |
C |
|
NPV |
$ 684,768.45 |
$ 966,033.36 |
$ 1,162,935.92 |
So the alternative A is closest to $0 and so it is preferably at 10%
please solve in word format Answer the question. Consider the three mutually exclusive alternatives below. Determine...
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