Learn Before
Analysis of Broadcast Efficiency
A public radio station is considering three different broadcast reach strategies for a new program. The cost to broadcast to an additional listener is zero. Market research has determined that exactly 10,000 people would derive positive value from the program, while any listeners beyond this number would derive negative value (they actively dislike it).
- Strategy A: Reaches 8,000 listeners. All of these listeners value the program positively.
- Strategy B: Reaches 10,000 listeners. This includes everyone who values the program positively.
- Strategy C: Reaches 12,000 listeners. This includes the 10,000 who value it positively, plus 2,000 who derive negative value from it.
Analyze the three broadcast strategies. Identify which strategy represents a Pareto-efficient allocation and explain in detail why the other two strategies are considered inefficient. For each inefficient strategy, describe how a change could be made to make at least one person better off without making anyone else worse off.
0
1
Tags
Social Science
Empirical Science
Science
Economy
CORE Econ
Economics
Introduction to Microeconomics Course
The Economy 2.0 Microeconomics @ CORE Econ
Analysis in Bloom's Taxonomy
Cognitive Psychology
Psychology
Related
The Private Provision Problem for Min's Music
Deadweight Loss from Private Provision of Excludable Min's Music (Figure 10.8)
A community radio program has a fixed production cost, but the cost to broadcast to an additional listener is zero. An analysis of potential listeners reveals that exactly 10,000 people would gain some positive value from listening to the program. However, any listeners beyond this number would experience negative value, meaning they actively dislike the program and would be better off if they did not hear it. Based on this information, which statement correctly identifies the Pareto-efficient audience size and the reason for its efficiency?
Efficient Allocation of a Public Good
Analyzing Inefficiency in Public Goods
Consider a radio program where the cost to broadcast to an additional listener is zero. It is known that exactly 10,000 people have a positive willingness to pay for the program. True or False: An outcome where 9,999 of these individuals listen to the program is Pareto-efficient because the total benefit to society is almost at its maximum.
Analysis of Broadcast Efficiency
A radio program has a fixed production cost, but the cost to broadcast to an additional listener is zero. A market analysis shows that exactly 10,000 people would derive positive value from the program, while any additional listeners would derive negative value. Match each potential audience size with the correct description of its economic efficiency.
A community radio program can be broadcast to additional listeners at no extra cost. An analysis reveals that exactly 10,000 people would derive a positive benefit from the program, while an additional 2,000 people would derive a negative benefit (they dislike it). If the program is broadcast to all 12,000 of these individuals, the outcome is inefficient. To achieve a Pareto-efficient outcome, the audience size must be reduced by ____ people.
An economist is tasked with determining the Pareto-efficient number of daily viewers for a new public art installation. The cost of an additional person viewing the art is zero. Arrange the following steps in the logical order the economist should follow to identify this efficient quantity.
Evaluating a Policy for Public Wi-Fi Access
Comparing Inefficient Outcomes for a Public Good