# Answer to Question #58969 in Macroeconomics for John

Question #58969
Five hundred identical almond growers in region A have (long-run) total cost T CA = q 2 100 where q is the number of crates a grower produces. Three hundred growers in region B have (long-run) total cost T CB = q 2 50 . (a) nd the individual supply function for each type of almond grower (b) \add up" all individual supplies to nd the almond industry supply function (c) if the market demand for almonds is q D(p) = 105; 000 2; 500p what will be the equilibrium price of almonds? The equilibrium quantity? How much does each type of grower produce? How much pro t/loss they make?
1
2016-04-08T08:56:05-0400
500 almond growers in region A have (long-run) total cost TCA = q^2 + 100
300 growers in region B have (long-run) total cost TCB = q^2 + 50.
(a) The individual supply function for each type of almond grower will be the part of MC curve after the intersection with ATC curve, so:
pS(A) = MC(A) = TC(A)' = 2q
pS(B) = MC(B) = TC(B)' = 2q
(b) To fi nd the almond industry supply function, we should add up all individual supplies, so pS = pS(a) + pS(B) = 2q + 2q = 4q, qS = p/4
(c) If the market demand for almonds is qD(p) = 105 - 500p, then the equilibrium is in the point, in which qD = qS and pS = pD, so:
105 - 500p = 0.25p
p = \$0.21 - equilibrium price of almonds.
The equilibrium quantity is q = 0.21/4 = 0.05.

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