QUESTION 2
–
SENSITIVITY ANALYSIS
(25 POINTS)
Consider a project to supply Detroit with 40,000 tons of machine screws annually for automobile production. You will need an initial $5,600,000 investment in threading equipment to get the project started; the project will last for 6 years. The accounting department estimates that annual fixed costs will be $600,000 and that variable costs should be $250 per ton. Further, the accounting department will depreciate the initial fixed asset investment straight-line to zero over the 6-year project life and estimate a salvage value of $450,000 after dismantling costs. The marketing department estimates that the automakers will let the contract at a selling price of $340 per ton. The engineering department estimates you will need an initial net working capital investment of $560,000. You require a return of 13 percent and face a marginal tax rate of 24 percent on this project.
Suppose you’re confident about your own projections, but you’re a little unsure about Detroit’s actual machine screw requirements.
a. What is the sensitivity of the project OCF to changes in the quantity
supplied?
b. What about the sensitivity of NPV to changes in quantity supplied?
c. Given the sensitivity number you calculated, is there some minimum level
of output below which you wouldn't want to operate?
40000 | tons | NPV calculations | |||||
Year | 0 | 1 | 2 | 3 | 4 | 5 | 6 |
1.Initial Investment | -5600000 | ||||||
2.Initial NWC | -560000 | 560000 | |||||
3.After tax Salvage(450000*(1-24%)) | 342000 | ||||||
Operating Cash flows: | |||||||
4.Sales revenue at 340/ton | 13600000 | 13600000 | 13600000 | 13600000 | 13600000 | 13600000 | |
5. Variable costs at 250/ton | -10000000 | -10000000 | -10000000 | -10000000 | -10000000 | -10000000 | |
6.Fixed costs | -600000 | -600000 | -600000 | -600000 | -600000 | -600000 | |
7.EBT(4+5+6) | 3000000 | 3000000 | 3000000 | 3000000 | 3000000 | 3000000 | |
8. Tax at 24% | -720000 | -720000 | -720000 | -720000 | -720000 | -720000 | |
9.EAT(7+8) | 2280000 | 2280000 | 2280000 | 2280000 | 2280000 | 2280000 | |
10.Depn.tax shield(5600000-450000)/6*24% | 206000 | 206000 | 206000 | 206000 | 206000 | 206000 | |
11.OCF | 2486000 | 2486000 | 2486000 | 2486000 | 2486000 | 2486000 | |
12. Total annual C/fs(1+2+3+11) | -6160000 | 2486000 | 2486000 | 2486000 | 2486000 | 2486000 | 3388000 |
13.PV F at 13%(1/1.13^Yr.n) | 1 | 0.88496 | 0.78315 | 0.69305 | 0.61332 | 0.54276 | 0.48032 |
14.PV at 13%(12*13) | -6160000 | 2200000 | 1946903 | 1722923 | 1524710 | 1349301 | 1627319 |
15. NPV(Sum of Row 14) | 4211156 |
a.. OCF at 40000 tons |
((40000*(340-250))-600000)*(1-24%)+206000= |
2486000 |
OCF at 45000 tons |
((45000*(340-250))-600000)*(1-24%)+206000= |
2828000 |
Change in OCF for 5000 tons |
2828000-2486000= |
342000 |
So, sensitivity of OCF per ton= |
342000/5000= |
68.4 |
(for b.) NPV at | |||||||
45000 | tons | ||||||
Year | 0 | 1 | 2 | 3 | 4 | 5 | 6 |
1.Initial Investment | -5600000 | ||||||
2.Initial NWC | -560000 | 560000 | |||||
3.After tax Salvage(450000*(1-24%)) | 342000 | ||||||
Operating Cash flows: | |||||||
4.Sales revenue at 340/ton | 15300000 | 15300000 | 15300000 | 15300000 | 15300000 | 15300000 | |
5.Variable costs at 250/ton | -11250000 | -11250000 | -11250000 | -11250000 | -11250000 | -11250000 | |
6.Fixed costs | -600000 | -600000 | -600000 | -600000 | -600000 | -600000 | |
7.EBT(4+5+6) | 3450000 | 3450000 | 3450000 | 3450000 | 3450000 | 3450000 | |
8. Tax at 24% | -828000 | -828000 | -828000 | -828000 | -828000 | -828000 | |
9.EAT(7+8) | 2622000 | 2622000 | 2622000 | 2622000 | 2622000 | 2622000 | |
10. Depn.tax shield(5600000-450000)/6*24% | 206000 | 206000 | 206000 | 206000 | 206000 | 206000 | |
11.OCF | 2828000 | 2828000 | 2828000 | 2828000 | 2828000 | 2828000 | |
12. Total annual C/fs(1+2+3+11) | -6160000 | 2828000 | 2828000 | 2828000 | 2828000 | 2828000 | 3730000 |
13.PV F at 13%(1/1.13^Yr.n) | 1 | 0.88496 | 0.78315 | 0.69305 | 0.61332 | 0.54276 | 0.48032 |
14.PV at 13%(12*13) | -6160000 | 2502654.9 | 2214739 | 1959946 | 1734465 | 1534925 | 1791588 |
15. NPV(Sum of Row 14) | 5578318 |
b.Sensitivity analysis of NPV: | |
NPV at 40000 tons | 4211156 |
NPV at 45000 tons | 5578318 |
Change in NPV for 5000 tons | 1367162 |
So, sensitivity of NPV per ton= | |
1367162/5000= | 273.43 |
per ton |
c.. YES. |
c.Minimum level of output below which he will not operate will be at which output level,the NPV becomes 0 |
That can be found by using "Goal seek" function Excel, |
Setting the cell containing the NPV value to 0 |
by changing the quantity (in tons) value |
& the value got is |
24598.91 tons |
ie. 24599 tons |
below which the NPV will be NEGATIVE. |
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