Farm A:
Average market price for the crops: $10.50/bushel
Average Yield: 34 bushel/acre
Average Production Cost per Acre: $162
Rank:
Farm B:
Average market price for the crops: $10.50/bushel
Average Yield: 38 bushel/acre
Average Production Cost per Acre: $132
Rank:
Farm C:
Average market price for the crops: $10.50/bushel
Average Yield: 41 bushel/acre
Average Production Cost per Acre: $157
Rank:
Answer)
A) According to Ricardo, land's quality is owed to its original and indestructible properties and that its fertility is derived on the basis of diminishing marginal returns, keeping total cost pf production for each land same.
Owing to this gross idea we have, for all three lands, the average cost of production per acre and the average yield per acre. The return on the cost will give us the idea of fertility for each (since each farmer uses current best practices, so the effect of external factors could be reliably assumed cpnstant thus making the yield-cost ratio an indicative of fertility).
Land A: Bushel per dollar= 34/162= 0.21 bu/$ (approx.)
Land B: Bushel per dollar= 38/132= 0.29 bu/$ (approx.)
Land C: Bushel per dollar= 41/157= 0.26 bu/$ (approx.)
So Land B is top rank land,
Land C is medium rank land and,
Lsnd A is low rank land.
B) No, fertility alone cannot explain value of land. This was also one of the arguments of criticism of Ricardo's theory. A land is not only used for cultivation but is also used for constructing buildings, production plants, etc. and thus further used for commercial purposes. In such cases, the purpose of land changes and so fertility is no appropriate standard to assess its worth. Then, the land's location, its proximity to market, water sources etc, and even the dimensions contribute in deciding its value.
Three farmers (Farms A, B, and C) have offered their land for sale for business development....
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Please answer a,b and c
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3) Corn is produced under perfectly competitive conditions. Corn
farmers have U-shaped, long-run average cost curves that reach a
minimum average cost of $3 per bushel when 1000 bushels are
produced. a.(10) If the market demand curve for corn is given
byLaTeX: Q_D=2,600,000-200,000PQ D = 2 , 600 , 000 − 200 , 000 P,
in the long-run equilibrium what will be the price of corn, how
much total corn will be demanded, and how many corn farms will
there...
Corn is produced under perfectly competitive conditions. Corn farmers have U-shaped, long-run average cost curves that reach a minimum average cost of $3 per bushel when 1000 bushels are produced. a.(10) If the market demand curve for corn is given byQ D = 2,600,000 − 200,000 P, in the long-run equilibrium what will be the price of corn, how much total corn will be demanded, and how many corn farms will there be? b.(10) Suppose demand increases to Q D =...
3) Corn is produced under perfectly competitive conditions. Corn farmers have U-shaped, long-run average cost curves that reach a minimum average cost of $3 per bushel when 1000 bushels are produced. a.(10) If the market demand curve for corn is given byQd = 2,600,000 – 200,000P, in the long- run equilibrium what will be the price of corn, how much total corn will be demanded, and how many corn farms will there be? b.(10) Suppose demand increases to Qd =...
3) Corn is produced under perfectly competitive conditions. Corn farmers have U-shaped, long-run average cost curves that reach a minimum average cost of $3 per bushel when 1000 bushels are produced. a.(10) If the market demand curve for corn is given byQd = 2,600,000 – 200,000P, in the long-run equilibrium what will be the price of corn, how much total corn will be demanded, and how many corn farms will there be? b.(10) Suppose demand increases to Qd = 3,...
Question 3 20 pts 3) Corn is produced under perfectly competitive conditions. Corn farmers have U-shaped, long-run average cost curves that reach a minimum average cost of $3 per bushel when 1000 bushels are produced. a.(10) If the market demand curve for corn is given byQp = 2,600,000 - 200,000P, in the long-run equilibrium what will be the price of corn, how much total corn will be demanded, and how many corn farms will there be? b.(10) Suppose demand increases...
Question 3 20 pts 3) Corn is produced under perfectly competitive conditions. Corn farmers have U-shaped, long-run average cost curves that reach a minimum average cost of $3 per bushel when 1000 bushels are produced. a.(10) If the market demand curve for corn is given byQd = 2,600,000 – 200,000P, in the long- run equilibrium what will be the price of corn, how much total corn will be demanded, and how many corn farms will there be? b.(10) Suppose demand...
NEED HELP PLEASE!
3) Corn is produced under perfectly competitive conditions. Corn farmers have U-shaped, long-run average cost curves that reach a minimum average cost of $3 per bushel when 1000 bushels are produced. a.(10) If the market demand curve for corn is given by QD 2,600,000 – 200,000P, in the long-run equilibrium what will be the price of corn, how much total corn will be demanded, and how many corn farms will there be? b.(10) Suppose demand increases to...
Corn is produced under perfectly competitive conditions. Corn farmers have U-shaped, long-run average cost curves that reach a minimum average cost of $3 per bushel when 1000 bushels are produced. a.(10) If the market demand curve for corn is given byQ D = 2 , 600 , 000 − 200 , 000 P, in the long-run equilibrium what will be the price of corn, how much total corn will be demanded, and how many corn farms will there be? b.(10)...