Consider a Japanese firm that sells product Y in the local market and contemplates sales to the US. If the Japanese firm enters the American market it will compete in quantities against a US firm already in the market. The inverse demand for Y in the US is Pus = 250 - Q (all prices and costs in this problem are in $US), where Q = qu + q1, is total quantity eventually sold by the two competitors. The production of Y requires operating a plant at a fixed cost F = 300, as well as 1 unit of labor and 1 unit of capital per unit of output. Currently, at both the US and Japan the cost of capital is $15/unit and that of labor $10/unit. The Japanese firm has the option to either invest directly in operating a plant in the US, or use at no extra fixed cost its already existing plant in Japan, shipping its product to the US. In that case a transportation cost of $10/unit has to be paid on top of any production cost; also, American customs require a $5/unit duty for any Y imports.
Consider a Japanese firm that sells product Y in the local market and contemplates sales to the US. If the Japanese firm enters the American market it will compete in quantities against a US firm already in the market. The inverse demand for Y in the US is Pus = 250 - Q (all prices and costs in this problem are in $US), where Q = qu + q1, is total quantity eventually sold by the two competitors. The production of Y requires operating a plant at a fixed cost F = 300, as well as 1 unit of labor and 1 unit of capital per unit of output. Currently, at both the US and Japan the cost of capital is $15/unit and that of labor $10/unit. The Japanese firm has the option to either invest directly in operating a plant in the US, or use at no extra fixed cost its already existing plant in Japan, shipping its product to the US. In that case a transportation cost of $10/unit has to be paid on top of any production cost; also, American customs require a $5/unit duty for any Y imports.
Chapter15: Imperfect Competition
Section: Chapter Questions
Problem 15.10P: Inverse elasticity rule Use the first-order condition (Equation 15.2 ) for a Cournot firm to show...
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