In: Finance
You are evaluating a proposed expansion of an existing subsidiary located in Switzerland. The cost of the expansion would be SF 21 million. The cash flows from the project would be SF 5.9 million per year for the next five years. The dollar required return is 14 percent per year, and the current exchange rate is SF 1.11. The going rate on Eurodollars is 4 percent per year. It is 2 percent per year on Euroswiss. Use the approximate form of interest rate parity in calculating the expected spot rates. |
a. |
Convert the projected franc flows into dollar flows and calculate the NPV. (Enter your answer in dollars, not in millions of dollars, e.g., 1,234,567. Do not round intermediate calculations and round your answer to 2 decimal places, e.g., 32.16.) |
NPV | $ |
b-1. |
What is the required return on franc flows? (Enter your answer as a percent rounded to 2 decimal places, e.g., 32.16. Do not round intermediate calculations.) |
Return on franc flows | % |
b-2. |
What is the NPV of the project in Swiss francs? (Enter your answer in francs, not in millions of francs, e.g., 1,234,567. Round your answer to 2 decimal places, e.g., 32.16. Do not round intermediate calculations.) |
NPV | SF |
b-3. |
What is the NPV in dollars if you convert the franc NPV to dollars? (Enter your answer in dollars, not in millions of dollars, e.g., 1,234,567. Round your answer to 2 decimal places, e.g., 32.16. Do not round intermediate calculations. |
NPV |
$ |
ANSWER:
(a) | we need to calculate the expected spot rates for the next 5 years using IRP - | ||||||
As per IRP - | |||||||
F/S = | (1+ia)/(1+ib) | ||||||
F = | Expected spot rate = | (1+ia)/(1+ib) | x S | ||||
Year | Calculation | Expected Spot rate | |||||
1 | (1.02/1.04)x1.11 | 1.088654 | |||||
2 | (1.02/1.04)^2 x1.11 | 1.067718 | |||||
3 | (1.02/1.04)^3 x1.11 | 1.047185 | |||||
4 | (1.02/1.04)^4 x1.11 | 1.027047 | |||||
5 | (1.02/1.04)^5 x1.11 | 1.007296 | |||||
NPV in Dollar - | |||||||
Year | Cash flow(SF) | Expected Spot rate | Cash flow($) =SF/Rate | PV factor @ 14% | PV of cashflows | ||
0 | -21000000 | 1.11 | -18918919 | 1 | -18918919 | ||
1 | 5900000 | 1.088654 | 5419537.2 | 0.877193 | 4753980 | ||
2 | 5900000 | 1.067718 | 5525802.6 | 0.769468 | 4251925.7 | ||
3 | 5900000 | 1.047185 | 5634151.7 | 0.674972 | 3802891.9 | ||
4 | 5900000 | 1.027047 | 5744625.3 | 0.59208 | 3401279.3 | ||
5 | 5900000 | 1.007296 | 5857265 | 0.519369 | 3042079.9 | ||
NPV = | 333237.85 | ||||||
(b) | Risk premium on return = | 1.14/1.04 | |||||
1.0961538 | |||||||
Required return on SF = | 1.02 x 1.09615 | ||||||
1.1180769 | |||||||
1.118077-1 | |||||||
11.8077% | |||||||
(c ) | NPV in SF - | ||||||
Year | Cash flow(SF) | PV factor @ 11.8077% | PV of cashflows | ||||
0 | -21000000 | 1 | -21000000 | ||||
1 | 5900000 | 0.894393 | 5276917.8 | ||||
2 | 5900000 | 0.799939 | 4719637.5 | ||||
3 | 5900000 | 0.715459 | 4221210 | ||||
4 | 5900000 | 0.639902 | 3775420 | ||||
5 | 5900000 | 0.572324 | 3376708.7 | ||||
NPV = | 369894.02 | ||||||
(d) | NPV in SF = | (At t=0) | 369894.02 | ||||
Spot rate = | 1.11 | ||||||
NPV in $ = | 369894.02 / 1.11 = | 333237.85 | |||||