State University has student demand for its football tickets of Q = 20 - (1/2)P where Q is the number of tickets in thousands and P is the price per ticket. Because of commitments to alumni and wealthy donors, State U. has only 16,000 student seats available, a fixed supply. (Remember, the horizontal axis should be thousands of tickets.) Now suppose the Student Government Association of State U. is able to ram through a university bylaw making it illegal to charge students for tickets to university athletic events. To handle the allocation, the university administration imposes a student lottery. Every student's ID is put into the computer and 16,000 are randomly drawn, with tickets mailed to the lucky winners. Is this an efficient allocation? Explain. (Ignore any costs associated with mailing.)
In this scenario the supply is fixed where the university cannot provide more than 16000 seats for the football match. The demand for the tickets are more where supply is less, so there is a shortage of tickets.
To overcome this situation they have to keep price for the tickets , so that demand will decrease for the tickets. However the university bylaw states that is illegal to charge students for watching match. So they cannot charge the tickets.
Now University is allocating tickets random for lucky winners.So in these scenario any one can get ticket which means randomly 16000 people will be selected. It is best allocation because people will also keep pressure for tickets or create any problem as university is allocating tickets on random basis which they don't even know who will get those tickets.
So according to me this is an efficient allocation for the above scenario due to their limited options.
State University has student demand for its football tickets of Q = 20 - (1/2)P where...
State University has student demand for its football tickets of Q = 20 - (1/2)P where Q is the number of tickets in thousands and P is the price per ticket. Because of commitments to alumni and wealthy donors, State U. has only 16,000 student seats available, a fixed supply. (Remember, the horizontal axis should be thousands of tickets.) Suppose the administrators of State U. decide to let the market allocate the student tickets? Graphically depict this outcome and attach...
No Name University has a successful football team, the Lethargic Leeches, and sells tickets to students, alumni, and the public. Experience has shown that attendance has followed the demand relationship: Q -28,000- 2,000P 4. a. If No Name U charges $7 per ticket, predict attendance (Q). l point c. Now, assume that the current capacity of the football stadium is 10,000 seats, what ticket price should be set for the stadium to be sold-out? l poin
No Name University has a successful football team, the Lethargic Leeches, and sells tickets to students, alumni, and the public. Experience has shown that attendance has followed the demand relationship: Q-28,000 - 2,000P 4. a.If No Name U charges $7 per ticket, predict attendance (Q) 1 point c. Now, assume that the current capacity of the football stadium is 10,000 seats, what ticket price should be set for the stadium to be sold-out? 1 point
1. Use the graph below to answer the questions: 80 70 60 50 40 30 20 10 State the equation for the demand curve (inverse demand function) shown in the graph above using the format P a-bQi a. b. State the equation for the demand function implied in the graph using the format Q c-dP Find the equation for Total Revenue, where TR is a function of output (Q): c. d. Find the equation for Marginal Revenue, where MR is...