In: Accounting
Delta Company, a U.S. MNC, is contemplating making a foreign capital expenditure in South Africa. The initial cost of the project is ZAR12,000. The annual cash flows over the five year economic life of the project in ZAR are estimated to be 3,500; 4,500; 5,500; 6,500; and 7,500. The parent firm’s cost of capital in dollars is 8.5%. Long-run inflation is forecasted to be 3.5% per annum in the U.S. and 7.25% percent in South Africa. The current spot foreign exchange rate is ZAR/USD = 3.75.
a. Determine the NPV for the project in USD.
b. . Determine the NPV for the project in ZAR.
c. What is the NPV in dollars if the actual pattern of ZAR/USD exchange rates is: S(0) = 3.75, S(1) = 5.7, S(2) = 6.7, S(3) = 7.2, S(4) = 7.7, and S(5) = 8.2?
Step 1
DEtermination of Forward Exchange Rates based on Inflation Rate parity Theory
As per this theory,
Year | 1 | 2 | 3 | 4 | 5 |
Opening Rate ZAR / USD (A) | 3.75 | 3.8859 | 4.0267 | 4.1726 | 4.3237 |
Inflation Rate in South Africa (B) | 7.25% | 7.25% | 7.25% | 7.25% | 7.25% |
Inflation Rate in US (C) | 3.5% | 3.5% | 3.5% | 3.5% | 3.5% |
(D) = (1+B)/(1+C) | 103.62% | 103.62% | 103.62% | 103.62% | 103.62% |
Closing Rate ZAR /USD (A)* (D) | 3.75 | 3.8859 | 4.0267 | 4.1726 | 4.3237 |
Step 2
Compuatation of PV Factor
Year | Present Value Factor |
0 | 1 |
1 | 0.9217 |
2 | 0.8495 |
3 | 0.7829 |
4 | 0.7216 |
5 | 0.6650 |
ANSWER TO PART 1
Computation of NPV in USD
Year | Inflow / (Outflow) in ZAR (A) | Conversion Rate (B) | Inflow / (Outflow) in USD (C)= (A)/(B) | Present Value Factor | Present VAlue |
0 | (12000) | 3.75 | (3200) | 1 | (3200) |
1 | 3500 | 3.8859 | 900.70 | .9217 | 830.13 |
2 | 4500 | 4.0267 | 1117.55 | .8494 | 949.31 |
3 | 5500 | 4.1726 | 1318.14 | .7829 | 1031.98 |
4 | 6500 | 4.3237 | 1503.33 | .7216 | 1084.76 |
5 | 7500 | 4.4804 | 1673.96 | .6650 | 1113.26 |
Total | 15500 | 3313.68 | 1809.46 |
The NPV of the project in USD is $ 1809.46.
ANSWER TO PART 2
Computation of NPV in ZAR
Year | Inflow / (Outflow) in ZAR(A) | Present Value Factor (B) | Present VAlue = (A)*(B) | ||
0 | (12000) | 1 | (12000) | ||
1 | 3500 | .9217 | 3225.80 | ||
2 | 4500 | .8494 | 3822.55 | ||
3 | 5500 | .7829 | 4305.99 | ||
4 | 6500 | .7216 | 4690.23 | ||
5 | 7500 | .6650 | 4987.84 | ||
Total | 15500 | 9032.41 |
The NPV is ZAR 9032.41
ANSWER TO PART 3
COMPUTATION OF NPV according to ACTUAL EXCHANGE RATES
Year | Inflow / (Outflow) in ZAR (A) | Conversion Rate (B) | Inflow / (Outflow) in USD (C)= (A)/(B) | Present Value Factor | Present VAlue |
0 | (12000) | 3.75 | (3200) | 1 | (3200) |
1 | 3500 | 5.70 | 614.04 | .9217 | 565.93 |
2 | 4500 | 6.70 | 671.64 | .8494 | 570.53 |
3 | 5500 | 7.20 | 763.89 | .7829 | 598.05 |
4 | 6500 | 7.70 | 844.16 | .7216 | 609.12 |
5 | 7500 | 8.20 | 914.63 | .6650 | 608.27 |
Total | 15500 | 608.36 | (248.09) |
IN this case, the NPV is negative; $ - 248.09