In: Accounting
Consider a firm with a plant in the U.S. and Canada. A U.S.-based shipper charges $1.00 per unit to ship between the two countries. Assume no taxes and consider the following data.
U.S. |
Canada |
|
Weekly Demand |
7,000 |
6,000 |
Weekly Capacity |
15,000 |
10,000 |
Sales Price |
$40 |
Can$50 |
Production Cost |
$17 |
Can$25 |
a. Suppose that the exchange rate is Can$1.00 (Canada) = $0.76 (U.S.). What is the best production and distribution plan, i.e., how much should be made in each country, and how much should be shipped between countries?
(Please, enter your answers as a whole number).
The U.S. production is
Canada production is
units should be shipped between countries.
b. Given your plan in part a, what is the profit in each country (expressed in
dollars)?
Profit in the U.S. =
Profit in Canada =
Answer:
Price | Cost | Weekly demand | Wekly supply | |
US | $40 | $17 | 7000 | 15000 |
Canada | $38 (50*.76) | $19 (25*.76) | 6000 | 10000 |
$78 | $36 | 13000 | 25000 |
The firm using the center of gravity can be located between the two plants in U.S and U.K at the center point given as:
Average demand per week is 13,000/7 is 1857.1428 while average supply is computed by dividing 25,000 by 7 giving us 3571.4285285.714.
The U.S. production is 1857 units
Canada production is 1857 units
units should be shipped between countries 3571.42 units
The best production plan and distribution plan is thus which maximizes revenues from both countries and minimizes production costs as well i.e. the optimal point. The profit in each country in dollars would be computed as below:
.
US Revenue (7000 × $40) | $280,000 |
Production Cost (15000 × $17) | $255,000 |
Profit | $25,000 |
Canada Revenue (6000 × $38) | $228,000 |
Production Cost (10000 × $19) | $190,000 |
Profit | $38,000 |