In: Finance
You are the financial manager for a firm and the product development team has proposed the development of a software product that will cost $1,000,000 currently to produce but will bring in cashflows of $200,000 for the next 6 years. You know that the firm can invest the firm’s retained earnings in the stock market and earn 6% over the same period. Should you greenlight the development of the new product or not? If you only expect to earn 5% on invested funds how, if at all, would your answer change?
Net Present Value of the Proposed Project if the Interest Rate is 6%
| 
 Year  | 
 Annual Cash Flow ($)  | 
 Present Value factor at 6%  | 
 Present Value of Cash Flow ($)  | 
| 
 1  | 
 2,00,000  | 
 0.94340  | 
 1,88,679.25  | 
| 
 2  | 
 2,00,000  | 
 0.89000  | 
 1,77,999.29  | 
| 
 3  | 
 2,00,000  | 
 0.83962  | 
 1,67,923.86  | 
| 
 4  | 
 2,00,000  | 
 0.79209  | 
 1,58,418.73  | 
| 
 5  | 
 2,00,000  | 
 0.74726  | 
 1,49,451.63  | 
| 
 6  | 
 2,00,000  | 
 0.70496  | 
 1,40,992.11  | 
| 
 TOTAL  | 
 9,83,464.87  | 
||
Net Present Value (NPV) = Present Value of annual cash inflows – Initial Investment
= $9,83,464.87 - $10,00,000
= -$16,535.13 (Negative NPV)
Decision
“NO”. The Proposed Project at 6% Interest should not be accepted, since the Net Present Value of the Project is -$16,535.13 (Negative NPV)
Net Present Value of the Proposed Project if the Interest Rate is 5%
| 
 Year  | 
 Annual Cash Flow ($)  | 
 Present Value factor at 5%  | 
 Present Value of Cash Flow ($)  | 
| 
 1  | 
 2,00,000  | 
 0.95238  | 
 1,90,476.19  | 
| 
 2  | 
 2,00,000  | 
 0.90703  | 
 1,81,405.90  | 
| 
 3  | 
 2,00,000  | 
 0.86384  | 
 1,72,767.52  | 
| 
 4  | 
 2,00,000  | 
 0.82270  | 
 1,64,540.49  | 
| 
 5  | 
 2,00,000  | 
 0.78353  | 
 1,56,705.23  | 
| 
 6  | 
 2,00,000  | 
 0.74622  | 
 1,49,243.08  | 
| 
 TOTAL  | 
 10,15,138.41  | 
||
Net Present Value (NPV) = Present Value of annual cash inflows – Initial Investment
= $10,15,138.41 – $10,00,000
= $15,138.41
Decision
“YES” The Proposed Project at 5% Interest Rate should be accepted, since the Net Present Value of the Project is Positive $15,138.41
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.