In the packaged energy drink industry, there are only two companies that have the same relative strength in the market, namely “Pocary” and “Ion-1000”. It is known that the demand function in the market for this industry is as follows: Q = 1000 - 0.1P. Where Q in the market is supplied by these 2 companies. It is known that the total cost of the company is TC = 2q2 while for Ion-1000 is TC = 2.5q2 a. If these 2 companies collude, what is the price and quantity offered in the market at equilibrium, and calculate the profit of each company? b. If these 2 companies compete, look for the best respond function of each company, and what is the price and quantity offered in the market at equilibrium, and calculate the profit of each company? c. Make it in the game theory form of the two strategies "Collusion" and "Compete" and look for "Nash Equilibrium" in just one game? (Note, if one is a collusion strategy, then the quantity produced collusion strategy is the same as the calculation result in answer a, and the competitive strategy uses the reaction function from answer b, then calculate the profit of each company to get the pay off and the outcome) . d. If the game is repeated indefinitely, you are asked to find at a time how a collusion can be maintained?
In the packaged energy drink industry, there are only two companies that have the same relative strength in the market, namely “Pocary” and “Ion-1000”. It is known that the demand function in the market for this industry is as follows: Q = 1000 - 0.1P. Where Q in the market is supplied by these 2 companies. It is known that the total cost of the company is TC = 2q2 while for Ion-1000 is TC = 2.5q2
a. If these 2 companies collude, what is the price and quantity offered in the
b. If these 2 companies compete, look for the best respond function of each company, and what is the price and quantity offered in the market at equilibrium, and calculate the profit of each company?
c. Make it in the
d. If the game is repeated indefinitely, you are asked to find at a time how a collusion can be maintained?
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