Question

In: Economics

An economist estimates that a football team faces the below demand schedule for tickets for each...

An economist estimates that a football team faces the below demand schedule for tickets for each home game it plays. The economist estimates that the team’s marginal cost of attendance, and thus for all tickets sold, is $20.

Number of Tickets per Game

0

2,000

3,000

4000

5,000

6,000

7000

Price Per Ticket

$85

80

75

65

56

48

38

  1. Construct a table showing columns for the firm’s Total Revenue, Marginal Revenue and Marginal Cost.
  2. Draw the demand, marginal revenue and marginal cost curves of the football team.
  3. What is the team’s profit maximizing price and quantity of tickets it needs to sell?
  4. What is the price elasticity of demand at the price you determined in part (c)?
  5. What is the team’s total revenue when it produces its profit maximizing output?
  6. Assume that the team’s total cost of producing its profit maximizing output is $150,000. What is the team’s total profit at this output level

Solutions

Expert Solution

A. Refer the attached picture

B. Refer the attached picture for Demand, MR and MC curve

C. The football teams profit maximizing price will be at that point where MR = MC. Therefore, the team must sell 5,000 tickets to maximize profit.

D. Price elasticity of demand can be determined using the following formula

Or, we can solve for elasticity using two points Q1 = 5000, and Q2 = 6000

Elasticity = 1.18

E. Total revenue at profit maximizing output = $ 280,000

F. Profit = Total revenue- Total cost

= $ 280,000 - $ 150,000

= $ 130,000

My humble request to contact if having any doubt will be obliged to you for your generous support. Please help me it mean alot to me. Please thank you.


Related Solutions

(20) A college football team is a monopoly in setting price for season tickets. Demand for...
(20) A college football team is a monopoly in setting price for season tickets. Demand for season tickets is P = 25 – 0.005Q, where P is price of a season ticket and Q number of season tickets (one season ticket admits a person to all home games).   Marginal cost of supplying another season ticket is MC = 10 per seat. Use a graph to illustrate all answers. Explain your work. Find the profit-maximizing ticket price and quantity if the...
Before voting on the college football season, the Chicago athletics department estimated demand for football tickets...
Before voting on the college football season, the Chicago athletics department estimated demand for football tickets to be, P=190-.0015Qd. If memorial stadium holds 90,000 fans and they wanted to continue the sellout streak, what is the most that could be charged for tickets? (assume all tickets have the same price)
Suppose the demand for tickets to a Titans' football game is given by the equation P...
Suppose the demand for tickets to a Titans' football game is given by the equation P = 200 - .002Qd. Total player costs are $40m, and the remaining costs of operating the franchise are $10m. All of the costs are fixed (let MC=0), and stadium capacity is 55,000. What is the profit maximizing price and quantity for Titans tickets? Depict your solution in a diagram. Be thorough and precise. Suppose the Titans signed better players. What would happen to ticket...
ErdemS (ES) is a monopoly selling tickets for the football match of SileSpor. The demand for...
ErdemS (ES) is a monopoly selling tickets for the football match of SileSpor. The demand for each ticket is P = 350 - Q. ES’s cost is $10,000 plus $50 per ticket. (i.e., C(Q)=10.000+50Q ). a) What is the profit-maximizing price that ES will charge? How many tickets will be sold? What is ES’s profit for this match? b) Next ES finds out that non-students (Type A) and students (Type B) have different demands:   Let PA = 650 - 5QA...
Consider the demand curve for tickets to Clemson University football games. Indicate the effects on this...
Consider the demand curve for tickets to Clemson University football games. Indicate the effects on this curve of each of the following changes, ceteris paribus. a. Illustrate and explain each event on a seperate graph. b. High quality opponents (e.g., University Miami & Virginia Tech) replace lesser quality opponents on the home schedule. c. Better recruiting classes improve the talent of the Clemson Team. d. The season goes badly and the team drops out of contention for a major bowl...
A firm faces the demand schedule as ? = 660 − 3? and the total cost...
A firm faces the demand schedule as ? = 660 − 3? and the total cost schedule as ?? = 6?^3 − 72?^2 + 240? + 25. Please answer the followings: a. Does the above cost function satisfy the parametric restrictions we derived in the class? b. What is the maximum profit the firm can make? Confirm your results with second order conditions as well.
Please answer the question clearly A Stadium faces a downward sloping demand curve for tickets to...
Please answer the question clearly A Stadium faces a downward sloping demand curve for tickets to soccer games and the stadium has a fixed number of seats available. Assume the marginal cost of filling a seat is zero. Why might said stadium decide not to sell out every soccer game even though the marginal cost of selling additional seats is virtually zero? Discuss and illustrate graphically
Suppose a pro sports franchise faces demand for tickets to its home events according to the...
Suppose a pro sports franchise faces demand for tickets to its home events according to the function Q = 13000 - 50P, where P is the price per ticket in dollars, and earns marginal revenue according to the function MR = 260 - 0.04Q, where Q is the quantity fo tickets. For this franchise, the vertical intercept of the demand function is a. greater than the vertical intercept of the marginal revenue function b. equal to the vertical intercept of...
The demand curve in the product market for a football team is given by: P (Q)...
The demand curve in the product market for a football team is given by: P (Q) = 200 − 30Q where Q is the number of wins for the team and P is the price they can charge. There are 30 teams and each team has a monopoly in the product market. The production function for each team is given by: Q(L) = 2L where l is the amount of ‘talent’ that the hire. The aggregate supply curve for talent...
For a long time, a western football team set seat prices for its 15-game home schedule...
For a long time, a western football team set seat prices for its 15-game home schedule the same for each game. But when Nawaf Abdulaziz, director of business strategy, finished his IE at the King Abdulaziz University, he developed a valuable database of ticket sales. Analysis of the data led him to build a forecasting model he hoped would increase ticket revenue. Studying individual sales of Western tickets on the open Makani marketplace during the prior season, Nawaf determined the...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT