Consider countries A, B, and Cc. The distance between A and B is 1600 kilometers and between A and C, it is 700 kilometers. Country A's GDP is approximately equal to $6 trillion, country B $5 trillion, and country C $2 trillion. Use the gravity equation and compute the ratio of the expected volume of trade between A and C over the expected volume of trade between A and B. Assume that the distance elasticity is equal to 1.5.
Consider countries A, B, and Cc. The distance between A and B is 1600 kilometers and between A and C, it is 700 kilometers. Country A's GDP is approximately equal to $6 trillion, country B $5 trillion, and country C $2 trillion. Use the gravity equation and compute the ratio of the expected volume of trade between A and C over the expected volume of trade between A and B. Assume that the distance elasticity is equal to 1.5.
Chapter4: The Aggregate Economy
Section: Chapter Questions
Problem 4E
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Consider countries A, B, and Cc. The distance between A and B is 1600 kilometers and between A and C, it is 700 kilometers. Country A's GDP is approximately equal to $6 trillion, country B $5 trillion, and country C $2 trillion. Use the gravity equation and compute the ratio of the expected volume of trade between A and C over the expected volume of trade between A and B. Assume that the distance elasticity is equal to 1.5.
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