A semiprofessional baseball team near your town plays two home games each month at the local baseball park. It splits the concessions 50-50 with the city, but it keeps revenue from ticket sales for itself. The city charges the team $100 each month for the three-month season. The team pays the players and manager a total of $1,000 a month. The team charges $10 for each ticket, and the average customer spends $7 at the concession stand. Attendance averages 30 people at each home game. In order to break even, how many tickets does the team need to sell for each game? 41 49 45 33 37

A semiprofessional baseball team near your town plays two home games each month at the local baseball park. It splits the concessions 50-50 with the city, but it keeps revenue from ticket sales for itself. The city charges the team $100 each month for the three-month season. The team pays the players and manager a total of $1,000 a month. The team charges $10 for each ticket, and the average customer spends $7 at the concession stand. Attendance averages 30 people at each home game. In order to break even, how many tickets does the team need to sell for each game? 41 49 45 33 37

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

A faculty member sells Gatorade at football games. He finds that if he raises his selling price by $1, he sells 6 less bottles each week. He turns over the operation to a Managerial Economics student for a week. The goal is to maximize revenue since the faculty member has a vast supply of Gatorade, and any unsold bottles can be sold in future weeks. The student takes over the operation for a week. She says she sold at the revenue-maximizing price of $4 per bottle. How many units sold? Show your work/thought process
Only type answer and give answer fast
An airline has two types of passengers: business passengers with fairly tight schedules and inelastic demand for airline flights and vacation passengers with flexible schedules and more elastic demand for airline flights. The tables below show the demand information for both types of passengers and the market demand for a single airline flight. Business Traveler Demand Vacation Traveler Demand Market Demand Same Price for All Passengers Price Quantity Demanded Marginal Revenue (dollars) (seats) (dollars) Price (dollars) Quantity Demanded Marginal Quantity Marginal (seats) Revenue (dollars) Price (dollars) Demanded Revenue (seats) (dollars) $500 0 $500 0 $500 0 450 25 $400 450 0 450 25 $400.00 400 50 300 400 0 -- 400 50 300.00 es 350 75 200 350 50 $300 350 125 266.67 300 100 100 300 100 200 300 200 166.67 250 125 0 250 150 100 250 275 66.67 200 150 200 200 0 200 350 16.67 150 175 150 250 150 425 100 200 100 300 100 500 50 225 50 350 50 575 0 250 0 400 0 650 Instructions: Enter your…
Joe has just moved to a small town with only one golf course, the Northlands Golf Club. His inverse demand function is p=200-2q, where q is the number of rounds of golf that he plays per year. The manager of the Northlands Club negotiates separately with each person who joins the club and can therefore charge individual prices. This manager has a good idea of what Joe's demand curve is and offers Joe a special deal, where Joe pays an annual membership fee and can play as many rounds as he wants at $20, which is the marginal cost his round imposes on the Club. What membership fee would maximize profit for the Club? The manager could have charged Joe a single price per round. How much extra profit does the Club earn by using two-part pricing? The profit-maximizing membership fee (F) is $. (Enter your response as a whole number.)
A decline in the price of factor A will: Select one; Increase the demand of for complimentary factor B Shift the demand curve for A to the right Reduce the demand of for complimentary factor B Shift the demand curve for A to the left Discourage the consumers from consuming the goods of factor A
Joe has just moved to a small town with only one golf course, the Northlands Golf Club. His inverse demand function is p = 140-2q, where q is the number of rounds of golf that he plays per year. The manager of the Northlands Club negotiates separately with each person who joins the club and can therefore charge individual prices. This manager has a good idea of what Joe's demand curve is and offers Joe a special deal, where Joe pays an annual membership fee and can play as many rounds as he wants at $40, which is the marginal cost his round imposes on the Club. Joe marries Susan, who is also an enthusiastic golfer. Susan wants to join the Northlands Club. The manager believes that Susan's inverse demand curve is p = 120-2q. The manager has a policy of offering each member of a married couple the same two-part prices, so he offers them both a new deal. What two-part pricing deal maximizes the club's profit? Will this new pricing have a higher or lower access fee than in Joe's original…
A baseball team plays in a stadium that holds 58000 spectators. With the ticket price at $11 the average attendance has been 26000. When the price dropped to $10, the average attendance rose to 29000. Assume that attendance is linearly related to ticket price. What ticket price would maximize revenue? $
A baseball team plays in a stadium that holds 54000 spectators. With the ticket price at $8 the average attendance has been 24000. When the price dropped to $6, the average attendance rose to 27000. Assume that attendance is linearly related to ticket price. What ticket price would maximize revenue? $
Here is my question!
Take care of plagiarism. 1.A 10% increase in price that leads to a 12% decrease in the amount purchased indicates a price elasticity of more than 1 (in absolute value). True False 2. A 10% increase in price that leads to a 2% decrease in total expenditures (or total revenue) indicates a price elasticity of more than 1 (in absolute value). True False 3. If the percentage change in price is less than the resultant percentage change in quantity demanded, demand is__________ .(elastic/inelastic/unit elastic)
Joe has just moved to a small town with only one golf course, the Northlands Golf Club. His inverse demand function is p=140-2q, where q is the number of rounds of golf that he plays per year. The manager of the Northlands Club negotiates separately with each person who joins the club and can therefore charge individual prices. This manager has a good idea of what Joe's demand curve is and offers Joe a special deal, where Joe pays an annual membership fee and can play as many rounds as he wants at $20, which is the marginal cost his round imposes on the Club. Joe marries Susan, who is also an enthusiastic golfer. Susan wants to join the Northlands Club. The manager believes that Susan's inverse demand curve is p=120-2q. The manager has a policy of offering each member of a married couple the same two-part prices, so he offers them both a new deal. What two-part pricing deal maximizes the club's profit? Will this new pricing have a higher or lower access fee than in Joe's original deal?…
A travel agency identifies two customer segments for a cruise ship. The demand curve for customers that are less price-sensitive is D1=1000-2P1. The demand curve for customers that are more price-sensitive is D2=1000-3P2. The cost of maintaining each cabin is $50. If one single price is charged, what is the price to maximize the profit? What is the profit? If the differential prices are charged to each customer segment, what is the price for each customer segment respectively? What is the total profit? What is the profit increase by charging different prices to each customer segment compared with one single price?