In: Finance
Carol plans to establish a new laundry. Prior to establishing
her new business, she understood that she needs to conduct a market
test. The cost of this test marketing is $ 65,000. The potential
market is quite good at least for the next five years. That's why
she is considering investing in a new machine for her new business
of $ 450,000. She estimated that the depreciation will be $ 45,000
annually. by the end of project the machine can be sold again for $
125,000 after tax. The machine is estimated to save $ 130,000 cost
of capital pre-tax annually. The new product will cost around 35
percent of the sales, and the expected sales in the first year will
be around $ 99,000 and will increase 25 percent annually. Carol has
an empty building that can be used to do her new business. The
building actually can be sold for $ 115.000 after tax. She
considers that she needs an initial $ 55,000 as an initial net
working capital. The net working capital at the end of each year
will be equal to 20 percent of sales for that year. She considers
that her current selling and the general cost are $ 32,000 and it
will increase 13 percent annually due to inflation and government
regulation. The tax rate is 21 percent and the discount rate is 12
percent. Based on her marketing test, she believes that the sales
of a new product will increase by around 25 percent annually.
However, the introduction of new business products will reduce the
existing product for 20 percent.
a) How is the proposed new project analysis? Use Excel and please
provide the formula or calculation so I can apply it to my
task.
Analysis of Investment proposal
Year | 0 | 1 | 2 | 3 | 4 | 5 |
Test Cost | (65000) | - | - | - | - | - |
Investment Cost | (450000) | - | - | - | - | - |
Annual Savings (Post Tax) | - | 102700 | 102700 | 102700 | 102700 | 102700 |
Annual Cash Flows (Post Tax) (see Note) |
- | 35006.5 | 44429.225 | 56601.9992 | 72263.6029 | 92344.1759 |
Working Capital | (55000) | - | - | - | - | 48339.8437 |
Opportunity Cost of Building | (115) | - | - | - | - | - |
Salvage Value | - | - | - | - | - | 125000 |
Net Cash flows | -570115 | 137706.5 | 147129.225 | 159301.9992 | 174963.6029 | 368384.0196 |
Discount factor@12% | 1 | 0.8929 | 0.7972 | 0.7118 | 0.6355 | 0.5674 |
Presesent Value of Cash flows | -570115 | 122952 | 117290.5174 | 113388.0165 | 111192.5327 | 209030.9859 |
Total NPV | $103739.2846 |
Formula for Calculation of Discount factor = 1/ (1+r)n
r = Discount Factor
n = year
NPV is positive ,Hence accept the Project.
Calculation of Annual Cash Flows
Year | 1 | 2 | 3 | 4 | 5 |
Sales | 99000 | 123750 | 154687.5 | 193359.4 | 241699.22 |
Cost | 34650 | 43312.5 | 54140.63 | 67675.78 | 84594.73 |
Selling | 32000 | 36160 | 40860.8 | 46172.7 | 52175.16 |
Net | 32350 | 44277.5 | 59686.08 | 79510.89 | 104929.3 |
Net of Tax | 25556.5 | 34979.23 | 47152 | 62813.6 | 82894.18 |
Tax Saved On Depreciation | 9450 | 9450 | 9450 | 9450 | 9450 |
Net Cash Flows | 35006.5 | 44429.23 | 56602 | 72263.6 | 92344.18 |