Consider two gas stations in a remote village facing the simple linear market demand Q= 300− 5p but have different marginal costs of production, both constant, such that MCx = 20 and MCy = 10 1. Measuring the quantities Qx on the horizontal axis and the quantities Qy on the vertical axis, draw the reaction curves for each of the gas stations. 2. Based on a Cournot equilibrium, find the profit-maximizing quantities Qxand Qy for the two gas stations. 3. Based on your answers to (1) and (2) above, if gas station y decided to produce 175 units, (a) what would be the reaction of gas station x, and (b) how would y, in turn, react to that level of output of x?
Consider two gas stations in a remote village facing the simple linear market demand Q= 300− 5p but have different marginal costs of production, both constant, such that MCx = 20 and MCy = 10 1. Measuring the quantities Qx on the horizontal axis and the quantities Qy on the vertical axis, draw the reaction curves for each of the gas stations. 2. Based on a Cournot equilibrium, find the profit-maximizing quantities Qxand Qy for the two gas stations. 3. Based on your answers to (1) and (2) above, if gas station y decided to produce 175 units, (a) what would be the reaction of gas station x, and (b) how would y, in turn, react to that level of output of x?
Chapter15: Imperfect Competition
Section: Chapter Questions
Problem 15.3P
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Consider two gas stations in a remote village facing the simple linear market demand Q= 300− 5p but have different marginal costs of production, both constant, such that MCx = 20 and MCy = 10
1. Measuring the quantities Qx on the horizontal axis and the quantities Qy on the vertical axis, draw the reaction
2. Based on a Cournot equilibrium, find the profit-maximizing quantities Qxand Qy for the two gas stations.
3. Based on your answers to (1) and (2) above, if gas station y decided to produce 175 units, (a) what would be the reaction of gas station x, and (b) how would y, in turn, react to that level of output of x?
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