How does the long-run equilibrium for a monopolistically competitive market differ from the long-run equilibrium for a perfectly competitive market? one way in which monopolistically competitive markets and perfectly competitive markets differ is that in long-run equilibrium, monopolistically competitive firms a. charge a price greater than marginal cost . b. do not earn zero economic profits. c. charge a price less than marginal revenue. d. produce at minimum marginal cost. e. produce where marginal revenue is less than marginal cost.

Match the vocabulary word to the correct definition. 1. compensation 2. corporate social responsibility 3. discrimination 4. benefits 5. biodegradable a. a business’s obligation to the community and the environment b. the ability to naturally break down or decompose c. treating someone differently because of his or her race, religion,gender, sexual orientation, or disabilities d. indirect and non-cash compensation paid to employees e. the salary and other benefits for doing a job

Suppose there are three types of consumers who attend concerts at your university’s performing arts center: students, staff, and faculty. each of these groups has a different willingness to pay for tickets; within each group, willingness to pay is identical. there is a fixed cost of $1,000 to put on a concert, but there are essentially no variable costs. for each concert: i. there are 140 students willing to pay $20. (ii) there are 200 staff members willing to pay $35. (iii) there are 100 faculty members willing to pay $50. a) if the performing arts center can charge only one price, what price should it charge? what are profits at this price? b) if the performing arts center can price discriminate and charge two prices, one for students and another for faculty/staff, what are its profits? c) if the performing arts center can perfectly price discriminate and charge students, staff, and faculty three separate prices, what are its profits?

The assumptions of the production order quantity model are met in a situation where annual demand is 3650 units, setup cost is $50, holding cost is $12 per unit per year, the daily demand rate is 10 and the daily production rate is 100. the production order quantity for this problem is approximately: