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The optimal size of an urban area is a controversial topic. We take optimal urban size to be that which minimizes net costs of city size, with larger cities first having various economies of scale (e.g. waste pickup) then later diseconomies of scale (e.g. pollution, congestion)
Graves, Philip E.; Tolley, George S.; Gardner, John; 2014 Availability: Link
We show here that the usual textbook declaration that there is no such thing as a "supply curve" for a monopoly can be confusing for students and is at least somewhat misleading. The perfect competition case corresponds to a "one-parameter" demand curve facing the firm; varying that parameter results in the predictable firm behavior we call the supply curve. But, varying any one parameter of a multiple parameter demand curve facing the monopoly firm (e.g. varying either the constant or the slope parameter of a linear demand curve) is shown to also result in predictable behavior that could well be referred to as a monopoly supply curve
Kripalani, G. K.; Tolley, George S.; Graves, Philip E.; Sexton, Robert L.; 2010 Availability: Link
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