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There are economies of scale in ranching, especially with regard to fencing land. Suppose that barbed-wire fencing costs $10,000 per mile to set up. How much would it cost to fence a single property whose area is one square mile if that property also happens to be perfectly square, with sides that are each one-mile long? How much would it cost to fence exactly four such properties, which together would contain four square miles of area? Now, consider how much it would cost to fence in four square miles of ranch land if, instead, it comes as a single large square that is two-miles long on each side. Which is more costly-fencing in the four, one-square-mile properties or the single four-square-mile property?
(Comparative Advantage) Suppose that each U.S. worker can produce 8 units of food or 2 units of clothing daily. In Izodia, which has the same number of workers, each worker can produce 7 units of food or 1 unit of clothing daily.
The owners decide to begin spending immediately a rather large sum on advertising designed to decrease elasticity. Should they wait until new firms actually enter. Explain how advertising can be employed to allow Tots-R-Us to keep price.
Assume in perfect competition, the function of marginal cost is: MC=3+3Q, and price P = 15. What is the optimal quantity to maximize the firm's profit
The cost function is given by c=100+20q+4q^4 Provide the output, fixed cost, variable cost, total cost marginal cost, average cost, average fixed cost, and average variable cost using integer values from q=1 to q=4.
The balance sheet of a bank follows. Suppose that the reserve requirement is 3 percent on the f rst $30 million of checkable deposits and 10 percent on checkable deposits in excess of $30 million. (Amounts on the balance sheet are in millions of d..
The benefit function is given by B(H) = 500H - 22.5H2 and the cost function is given by C(H) = 100 + 15H2. The corresponding marginal benefit and marginal cost functions are given by MB(H) =500 - 45H and MC(H) = 100 + 30H.
suppose that there are 100 identical individuals (denoted j) in the economy each with the inverse demand equation P = 200 - 60qj. How do you solve for the industry supply curve and for the industry demand curve. Solve these for equilibrium industry..
Suppose the daily demand for coffee in Seattle is Q^d = 100,000(3-P)^2 A. What is the elasticity of demand at a price of $2 B. At what price would the total expenditure on coffee be the largest?
Brent owns Beck Trucking. Seven years ago, he purchased a large-capacity dump truck for $115,000 to provide short-haul earth moving services. He sold it today for $45,000. Operating and maintenance costs averaged $9500 per year.
There are two routes to Cleveland from Indianapolis. One route takes the toll road, which costs $9.00. One route takes the state highways with no tolls. The toll road has a 30% chance of taking 4 hours and a 70% chance of taking 5 hours.
The City of Greenville needs to raise revenue. Alderman Black has proposed a $10 tax on red cars in the city, currently numbering 2,000. Mayor White, who wants more than $20,000 in revenue, proposes taxing these cars at $100 each.
Indias GDP per sapita is $3,000 and lets say that real output per person there grows at 5 perccent per year. Using the rule of 70, how many years will it take for india to reach italys current level of GDP per capita, about $24,000 per year
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