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.

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.

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.

He offers an annual bonus of $10,000 for superior performance, $6,000 for good performance, $3,000 for fair performance, and $0 for poor performance. Based on prior records, he expects an employee to perform at superior, good, fair, and poor performance levels with probabilities 0.10, 0.20, 0.50, and 0.20, respectively. Calculate the expected value of the annual bonus amountMultiple choice question.$3,700$4,000$6,000

He offers an annual bonus of $10,000 for superior performance, $6,000 for good performance, $3,000 for fair performance, and $0 for poor performance. Based on prior records, he expects an employee to perform at superior, good, fair, and poor performance levels with probabilities 0.10, 0.20, 0.50, and 0.20, respectively. Calculate the expected value of the annual bonus amountMultiple choice question.$4,000$6,000$3,700