In: Finance
Unequal
liveslong dash—ANPV
approach Evans Industries wishes to select the best of three possible machines, each of which is expected to satisfy the firm's ongoing need for additional aluminum-extrusion capacity. The three
machineslong dash—A,
B, and
Clong dash—are
equally risky. The firm plans to use a cost of capital of
12.3 %
to evaluate each of them. The initial investment and annual cash inflows over the life of each machine are shown in the following table. (Click on the icon located on the top-right corner of the data table below in order to copy its contents into a spreadsheet.)
Machine A |
Machine B |
Machine C |
||
Initial investment
(CF 0CF0) |
$92 comma 60092,600 |
$64 comma 40064,400 |
$101 comma 200101,200 |
|
Year
(tt ) |
Cash inflows
(CF Subscript tCFt) |
|||
1 |
$12 comma 20012,200 |
$9 comma 0009,000 |
$29 comma 70029,700 |
|
2 |
12 comma 20012,200 |
19 comma 30019,300 |
29 comma 70029,700 |
|
3 |
12 comma 20012,200 |
29 comma 70029,700 |
29 comma 70029,700 |
|
4 |
12 comma 20012,200 |
40 comma 80040,800 |
29 comma 70029,700 |
|
5 |
12 comma 20012,200 |
long dash— |
29 comma 70029,700 |
|
6 |
12 comma 20012,200 |
long dash— |
long dash— |
a. Calculate the NPV for each machine over its life. Rank the machines in descending order on the basis of NPV.
b. Use the annualized net present value (ANPV) approach to evaluate and rank the machines in descending order on the basis of ANPV.
c. Compare and contrast your findings in parts
(a)
and
(b).
Which machine would you recommend that the firm acquire?
(a)- NPV for each machine
MACHINE-A
Year |
Annual Cash Flow |
Present Value factor at 12.30% |
Present Value of Cash Flow |
1 |
12,200 |
0.890472 |
10,863.76 |
2 |
12,200 |
0.792940 |
9,673.87 |
3 |
12,200 |
0.706091 |
8,614.31 |
4 |
12,200 |
0.628754 |
7,670.80 |
5 |
12,200 |
0.559888 |
6,830.63 |
6 |
12,200 |
0.498565 |
6,082.49 |
TOTAL |
4.076710 |
49,735.87 |
|
Net Present Value (NPV) = Present Value of annual cash inflows – Initial Investment
= $49,735.87 - $92,600
= -$42,964.13 (Negative NPV)
MACHINE-B
Year |
Annual Cash Flow |
Present Value factor at 12.30% |
Present Value of Cash Flow |
1 |
9,000 |
0.89047 |
8,014.25 |
2 |
19,300 |
0.79294 |
15,303.75 |
3 |
29,700 |
0.70609 |
20,970.91 |
4 |
40,800 |
0.62875 |
25,653.18 |
TOTAL |
3.01826 |
69,942.08 |
|
Net Present Value (NPV) = Present Value of annual cash inflows – Initial Investment
= $69,942.08 - $64,400
= $5,542.08
MACHINE-C
Year |
Annual Cash Flow |
Present Value factor at 12.30% |
Present Value of Cash Flow |
1 |
29,700 |
0.890472 |
26,447.02 |
2 |
29,700 |
0.792940 |
23,550.33 |
3 |
29,700 |
0.706091 |
20,970.91 |
4 |
29,700 |
0.628754 |
18,674.00 |
5 |
29,700 |
0.559888 |
16,628.68 |
TOTAL |
3.578146 |
1,06,270.93 |
|
Net Present Value (NPV) = Present Value of annual cash inflows – Initial Investment
= $1,06,270.93 - $101,200
= $5,070.93
Ranking of Machine Based on NPV on Descending Order
MACHINE – A = Rank 1
MACHINE – B = Rank 3
MACHINE – C = Rank 2
(b)-Annualized Net Present Value (ANPV)
MACHINE-A
Annualized Net Present Value (ANPV) = Net Present Value / [PVIFA 12.30%, 6 Years]
= -$42,864.13 / 4.076710
= -$10,514.39
MACHINE-B
Annualized Net Present Value (ANPV) = Net Present Value / [PVIFA 12.30%, 4 Years]
= $5,542.08 / 3.01826
= $1,836.18
MACHINE-C
Annualized Net Present Value (ANPV) = Net Present Value / [PVIFA 12.30%, 5 Years]
= $5,070.93 / 3.578146
= $1,417.19
Ranking of Machine Based on Annualized Net Present Value (ANPV) on Descending Order
MACHINE – A = Rank 1
MACHINE – B = Rank 3
MACHINE – C = Rank 2
(c)-DECISION
“Machine – B” Should be acquired since it offers the highest ANPV of $1,836.18
NOTE
The Formula for calculating the Present Value Factor is [1/(1 + r)n], Where “r” is the Discount/Interest Rate and “n” is the number of years.