In the Aghion and Bolton model all initial participants know that the unit cost c of the potential entrant is distributed randomly but uniformly on the interval between 0 and 50.Select one:TrueFalse

Based on the Aghion and Bolton models assupmtions - reservation price equals 100, the incumbent's unit cost of production is 50, the entrant's unit cost is distributed randomly but uniformly on the interval between 0 and 100, there is a Bertrand price competetion in the second period of the game - the expected payoff of the incumbent is:Select one:a.100.b.75.c.50.d.25.e.0.

In the Aghion and Bolton model neither a buyer in the second period nor the monopoly seller initially in the market knows the unit cost c of this second period potential entrant.Select one:TrueFalse

Based on the Aghion and Bolton models assumptions, in the absence of the long-term contract, the expected payoff of the entrant can be calculated as follows:Select one:a.p(75-50)+(1-p)(25-12,5), where p is the probability of the new entry.b.p(50-25)+(1-p)(25-12,5), where p is the probability of the new entry.c.p(50-25)+(1-p)(25-0), where p is the probability of the new entry.d.p(100-50)+(1-p)(50-25), where p is the probability of the new entry.e.p(50-25)+(1-p)(0), where p is the probability of the new entry.

Based on the Aghion and Bolton models assupmtions the expected price charged for the consumer is:Select one:a.100.b.25.c.50.d.12,5.e.75.

Based on the Aghion and Bolton models assupmtions the expected payoff of the incumbent is:Select one:a.25.b.0.c.75.d.50.e.100.