) John approached you with a business proposition to invest in a project. The Annual Cash Flows (CFt) are uncertain. However, the following probability distribution provides you with expectations:
|
Probable Cash Flow (CF) |
Probability P(CF) |
|
$80,000 |
.25 |
|
$120,000 |
.65 |
|
$150,000 |
.10 |
Answer
|
Probable Cash Flow (CF) |
Probability P(CF) |
Expected cash flow |
|
(I) |
(II) |
(1) * (II) |
|
$ 80,000 |
.25 |
$20,000 |
|
$ 120,000 |
.65 |
$78,000 |
|
$ 150,000 |
.10 |
$15,000 |
|
Total Expected Annual Cash Flow |
$113,000 |
|
Answer = $283,506.47
|
Year |
Cash Flow |
Present Value Factor @ 9.5% |
Present Value of cash flow |
|
(I) |
(II) |
(III) |
(II) * (III) |
|
1 |
$113,000 |
.9132 |
$103,191.60 |
|
2 |
$113,000 |
.8340 |
$94,242.00 |
|
3 |
$113,000 |
.7616 |
$86,060.80 |
|
Present Value of the projected Cash flows |
$283,494.40 |
||
Answer – Yes , it is recommended to invest in this project
Investment decision can be taken with the help of NPV (i.e. Net present Value)
NPV can be found
out using the following formula
NPV = Present Value of future cash flows – Initial investment
Present Value of future cash flows = $283,494.40
Initial investment = $275,000
Therefor NPV = $283,494.40 - $275,000
= $8,494.40
Since NPV is positive that means project will be profitable to the company and investment in the project is recommended.
Note: Calculation of Present value factor
Discount Factor = 1/ (1+R) N
R = Discount Rate (i.e. = 9.5%)
N = No of years
E.g. for year 2 Discount Factor = 1/ (1.095)2
= 1/ (1.095) (1.095)
= 0.8340
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