A. Efficiency analysis
B. Partial equilibrium analysis
C. General equilibrium analysis
D. Equity analysis
A. When firms are not profit maximisers
B. When firms have some control over price and competition
C. When the consumption of the good involves an external benefit
D. Whenever firms are losing money.
A. Pareto goods
B. Public goods
C. Private goods
D. Free goods
A. Technically efficient.
B. Inefficient.
C. Potentially efficient
D. Unequivocally pareto optimal
A. Marginal benefit equals marginal damage cost
B. Marginal benefits equals marginal social cost
C. Marginal benefit equals marginal private cost
D. Marginal social cost equals marginal external cost
A. The coase theorem
B. Arrow’s impossibility theorem
C. The drop -in-the bucket problem.
The free rider problem
A. Elected officials will act selfleSSLy for the good of society and ignore their own self interest
B. The managers of government agencies are trying to maximize the profit of their agency and they ignore the implications that this has on other departments
C. The optimal level of public goods may be too expensive for the society to produce
D. The measurement of social damages and benefits is difficult and imprecise
A. Less than the efficient level of output
B. More than the efficient level of output
C. So that consumer surplus is zero
D. The efficient level of output
A. Industry equilibrium analysis
B. Specific equilibrium analysis
C. Partial equilibrium analysis
D. General equilibrium analysis
A. Households do not have perfect information
B. Firms are not price takers in input markets
C. Firms are not price takers in the output market
D. All of the above